1 /*=============================================================================
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5 ===============================================================================
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6 / Copyright (C) 1997-2007 Sota. All rights reserved.
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8 / Redistribution and use in source and binary forms, with or without
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9 / modification, are permitted provided that the following conditions
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12 / 1. Redistributions of source code must retain the above copyright
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13 / notice, this list of conditions and the following disclaimer.
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14 / 2. Redistributions in binary form must reproduce the above copyright
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15 / notice, this list of conditions and the following disclaimer in the
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16 / documentation and/or other materials provided with the distribution.
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18 / THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND ANY EXPRESS OR
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19 / IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES
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20 / OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED.
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21 / IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY DIRECT, INDIRECT,
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22 / INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING,
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23 / BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF
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24 / USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON
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25 / ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
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26 / (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF
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27 / THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
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28 /============================================================================*/
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30 // VC 8.0(2005)以上でのみ rand_s を利用可能
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31 #if 1400 <= _MSC_VER
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32 //#define _CRT_RAND_S
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37 #include <winsock2.h>
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38 #include <windows.h>
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43 #include <windowsx.h>
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44 #include <process.h>
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48 #include "resource.h"
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54 /*===== プロトタイプ =====*/
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56 static void SaveStr(HKEY hKey, char *Key, char *Str, char *DefaultStr);
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57 static void SaveIntNum(HKEY hKey, char *Key, int Num, int DefaultNum);
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58 static void MakeFontData(LOGFONT Font, HFONT hFont, char *Buf);
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59 static int RestoreFontData(char *Str, LOGFONT *Font);
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61 static void EncodePassword(char *Str, char *Buf);
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62 static void EncodePasswordOriginal(char *Str, char *Buf);
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63 static void EncodePassword2(char *Str, char *Buf, const char *Key);
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64 static void EncodePassword3(char *Str, char *Buf, const char *Key);
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66 static void DecodePassword(char *Str, char *Buf);
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67 static void DecodePasswordOriginal(char *Str, char *Buf);
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68 static void DecodePassword2(char *Str, char *Buf, const char *Key);
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69 static void DecodePassword3(char *Str, char *Buf, const char *Key);
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70 static int CreateAesKey(unsigned char *AesKey, const char* Key);
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72 static void SetRegType(int Type);
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73 static int OpenReg(char *Name, void **Handle);
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74 static int CreateReg(char *Name, void **Handle);
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75 static int CloseReg(void *Handle);
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76 static int OpenSubKey(void *Parent, char *Name, void **Handle);
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77 static int CreateSubKey(void *Parent, char *Name, void **Handle);
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78 static int CloseSubKey(void *Handle);
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79 static int DeleteSubKey(void *Handle, char *Name);
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80 static int DeleteValue(void *Handle, char *Name);
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81 static int ReadIntValueFromReg(void *Handle, char *Name, int *Value);
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82 static int WriteIntValueToReg(void *Handle, char *Name, int Value);
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83 static int ReadStringFromReg(void *Handle, char *Name, char *Str, DWORD Size);
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84 static int WriteStringToReg(void *Handle, char *Name, char *Str);
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85 static int ReadMultiStringFromReg(void *Handle, char *Name, char *Str, DWORD Size);
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86 static int WriteMultiStringToReg(void *Handle, char *Name, char *Str);
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87 static int ReadBinaryFromReg(void *Handle, char *Name, void *Bin, DWORD Size);
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88 static int WriteBinaryToReg(void *Handle, char *Name, void *Bin, int Len);
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90 static int StrCatOut(char *Src, int Len, char *Dst);
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91 static int StrReadIn(char *Src, int Max, char *Dst);
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93 int CheckPasswordValidity( char* Password, int length, const char* HashStr );
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94 void CreatePasswordHash( char* Password, int length, char* HashStr );
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95 void SetHashSalt( DWORD salt );
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97 DWORD GetRandamDWRODValue(void);
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100 void MaskSettingsData(const char* Salt, int SaltLength, void* Data, DWORD Size, int EscapeZero);
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101 void UnmaskSettingsData(const char* Salt, int SaltLength, void* Data, DWORD Size, int EscapeZero);
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102 void CalculateSettingsDataChecksum(void* Data, DWORD Size);
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104 /* 2010.01.30 genta 追加 */
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105 static char SecretKey[FMAX_PATH+1];
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106 static int SecretKeyLength;
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107 static int IsMasterPasswordError = PASSWORD_OK;
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109 static int IsRndSourceInit = 0;
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110 static ulong RndSource[9];
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113 static int IniKanjiCode = KANJI_NOCNV;
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116 static int EncryptSettings = NO;
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117 static BYTE EncryptSettingsChecksum[20];
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118 static int EncryptSettingsError = NO;
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120 /*===== 外部参照 =====*/
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123 extern int WinPosX;
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124 extern int WinPosY;
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125 extern int WinWidth;
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126 extern int WinHeight;
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127 extern int LocalWidth;
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128 extern int TaskHeight;
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129 extern int LocalTabWidth[4];
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130 extern int RemoteTabWidth[6];
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131 extern char UserMailAdrs[USER_MAIL_LEN+1];
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132 extern char ViewerName[VIEWERS][FMAX_PATH+1];
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133 extern HFONT ListFont;
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134 extern LOGFONT ListLogFont;
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135 extern int LocalFileSort;
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136 extern int LocalDirSort;
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137 extern int RemoteFileSort;
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138 extern int RemoteDirSort;
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139 extern int TransMode;
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140 extern int ConnectOnStart;
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141 extern int DebugConsole;
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142 extern int SaveWinPos;
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143 extern char AsciiExt[ASCII_EXT_LEN+1];
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144 extern int RecvMode;
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145 extern int SendMode;
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146 extern int MoveMode;
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147 extern int ListType;
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148 extern int CacheEntry;
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149 extern int CacheSave;
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150 extern char DefaultLocalPath[FMAX_PATH+1];
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151 extern int SaveTimeStamp;
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152 extern int FindMode;
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153 extern int DotFile;
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154 extern int DclickOpen;
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155 extern SOUNDFILE Sound[SOUND_TYPES];
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156 extern int FnameCnv;
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157 extern int ConnectAndSet;
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158 extern int TimeOut;
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160 extern int RegType;
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161 extern char FwallHost[HOST_ADRS_LEN+1];
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162 extern char FwallUser[USER_NAME_LEN+1];
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163 extern char FwallPass[PASSWORD_LEN+1];
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164 extern int FwallPort;
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165 extern int FwallType;
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166 extern int FwallDefault;
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167 extern int FwallSecurity;
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168 extern int FwallResolve;
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169 extern int FwallLower;
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170 extern int FwallDelimiter;
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171 extern int PasvDefault;
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172 extern char MirrorNoTrn[MIRROR_LEN+1];
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173 extern char MirrorNoDel[MIRROR_LEN+1];
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174 extern int MirrorFnameCnv;
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175 //extern int MirrorFolderCnv;
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176 extern int RasClose;
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177 extern int RasCloseNotify;
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178 extern int FileHist;
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179 extern char DefAttrList[DEFATTRLIST_LEN+1];
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180 extern SIZE HostDlgSize;
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181 extern SIZE BmarkDlgSize;
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182 extern SIZE MirrorDlgSize;
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184 extern int SortSave;
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185 extern char TmpPath[FMAX_PATH+1];
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186 extern int QuickAnonymous;
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187 extern int PassToHist;
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188 extern int VaxSemicolon;
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189 extern int SendQuit;
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190 extern int NoRasControl;
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191 extern int SuppressSave;
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193 extern int UpExistMode;
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194 extern int ExistMode;
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195 extern int DispIgnoreHide;
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196 extern int DispDrives;
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197 extern int MirUpDelNotify;
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198 extern int MirDownDelNotify;
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200 extern int FolderAttr;
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201 extern int FolderAttrNum;
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204 extern BYTE CertificateCacheHash[MAX_CERT_CACHE_HASH][20];
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205 extern BYTE SSLRootCAFileHash[20];
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207 extern int DispFileIcon;
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209 extern int DispTimeSeconds;
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211 extern int DispPermissionsNumber;
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213 extern int MakeAllDir;
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215 extern int LocalKanjiCode;
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217 extern int UPnPEnabled;
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219 extern int EncryptAllSettings;
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221 extern int AutoRefreshFileList;
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223 extern int RemoveOldLog;
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225 extern int ReadOnlySettings;
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227 /*----- マスタパスワードの設定 ----------------------------------------------
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230 * const char* Password : マスターパスワード
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234 *----------------------------------------------------------------------------*/
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235 void SetMasterPassword( const char* Password )
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237 ZeroMemory( SecretKey, MAX_PASSWORD_LEN + 12 );
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238 if( Password != NULL ){
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239 strncpy( SecretKey, Password, MAX_PASSWORD_LEN );
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242 strcpy( SecretKey, DEFAULT_PASSWORD );
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244 SecretKeyLength = strlen( SecretKey );
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246 /* 未検証なので，初期状態はOKにする (強制再設定→保存にを可能にする)*/
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247 IsMasterPasswordError = PASSWORD_OK;
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251 void GetMasterPassword(char* Password)
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253 strcpy(Password, SecretKey);
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256 /*----- マスタパスワードの状態取得 ----------------------------------------------
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263 * PASSWORD_UNMATCH : パスワード不一致
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264 * BAD_PASSWORD_HASH : パスワード確認失敗
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265 *----------------------------------------------------------------------------*/
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266 int GetMasterPasswordStatus(void)
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268 return IsMasterPasswordError;
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271 /*----- レジストリ／INIファイルのマスターパスワードの検証を行う ------------
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278 *----------------------------------------------------------------------------*/
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280 int ValidateMasterPassword(void)
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285 SetRegType(REGTYPE_INI);
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286 if((i = OpenReg("FFFTP", &hKey3)) != FFFTP_SUCCESS)
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288 if(AskForceIni() == NO)
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290 SetRegType(REGTYPE_REG);
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291 i = OpenReg("FFFTP", &hKey3);
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294 if(i == FFFTP_SUCCESS){
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298 if( ReadIntValueFromReg(hKey3, "CredentialSalt", &salt)){
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299 SetHashSalt( salt );
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301 if( ReadStringFromReg(hKey3, "CredentialCheck", checkbuf, sizeof( checkbuf )) == FFFTP_SUCCESS ){
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302 switch( CheckPasswordValidity( SecretKey, SecretKeyLength, checkbuf ) ){
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303 case 0: /* not match */
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304 IsMasterPasswordError = PASSWORD_UNMATCH;
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306 case 1: /* match */
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307 IsMasterPasswordError = PASSWORD_OK;
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309 case 2: /* invalid hash */
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311 IsMasterPasswordError = BAD_PASSWORD_HASH;
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321 /*----- レジストリ／INIファイルに設定値を保存 ---------------------------------
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328 *----------------------------------------------------------------------------*/
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330 void SaveRegistry(void)
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336 // char Str[FMAX_PATH+1];
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337 char Str[PRIVATE_KEY_LEN*4+1];
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338 char Buf[FMAX_PATH+1];
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341 HOSTDATA DefaultHost;
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344 HISTORYDATA DefaultHist;
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346 if( GetMasterPasswordStatus() == PASSWORD_UNMATCH ){
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347 /* 2010.01.30 genta: マスターパスワードが不一致の場合は不用意に上書きしない */
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352 if(EncryptSettingsError == YES)
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356 if(ReadOnlySettings == YES)
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359 SetRegType(RegType);
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360 if(CreateReg("FFFTP", &hKey3) == FFFTP_SUCCESS)
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363 int salt = GetTickCount();
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365 WriteIntValueToReg(hKey3, "Version", VER_NUM);
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366 WriteIntValueToReg(hKey3, "CredentialSalt", salt);
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368 SetHashSalt( salt );
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369 /* save password hash */
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370 CreatePasswordHash( SecretKey, SecretKeyLength, buf );
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371 WriteStringToReg(hKey3, "CredentialCheck", buf);
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374 WriteIntValueToReg(hKey3, "EncryptAll", EncryptAllSettings);
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375 sprintf(Buf, "%d", EncryptAllSettings);
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376 EncodePassword(Buf, Str);
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377 WriteStringToReg(hKey3, "EncryptAllDetector", Str);
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378 EncryptSettings = EncryptAllSettings;
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379 memset(&EncryptSettingsChecksum, 0, 20);
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382 // if(CreateSubKey(hKey3, "Options", &hKey4) == FFFTP_SUCCESS)
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383 if(EncryptAllSettings == YES)
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384 strcpy(Str, "EncryptedOptions");
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386 strcpy(Str, "Options");
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387 if(CreateSubKey(hKey3, Str, &hKey4) == FFFTP_SUCCESS)
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389 WriteIntValueToReg(hKey4, "NoSave", SuppressSave);
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391 if(SuppressSave != YES)
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393 WriteIntValueToReg(hKey4, "WinPosX", WinPosX);
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394 WriteIntValueToReg(hKey4, "WinPosY", WinPosY);
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395 WriteIntValueToReg(hKey4, "WinWidth", WinWidth);
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396 WriteIntValueToReg(hKey4, "WinHeight", WinHeight);
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397 WriteIntValueToReg(hKey4, "LocalWidth", LocalWidth);
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398 WriteIntValueToReg(hKey4, "TaskHeight", TaskHeight);
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399 WriteBinaryToReg(hKey4, "LocalColm", LocalTabWidth, sizeof(LocalTabWidth));
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400 WriteBinaryToReg(hKey4, "RemoteColm", RemoteTabWidth, sizeof(RemoteTabWidth));
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401 WriteIntValueToReg(hKey4, "SwCmd", Sizing);
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403 WriteStringToReg(hKey4, "UserMail", UserMailAdrs);
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404 WriteStringToReg(hKey4, "Viewer", ViewerName[0]);
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405 WriteStringToReg(hKey4, "Viewer2", ViewerName[1]);
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406 WriteStringToReg(hKey4, "Viewer3", ViewerName[2]);
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408 WriteIntValueToReg(hKey4, "TrType", TransMode);
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409 WriteIntValueToReg(hKey4, "Recv", RecvMode);
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410 WriteIntValueToReg(hKey4, "Send", SendMode);
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411 WriteIntValueToReg(hKey4, "Move", MoveMode);
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412 WriteStringToReg(hKey4, "Path", DefaultLocalPath);
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413 WriteIntValueToReg(hKey4, "Time", SaveTimeStamp);
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414 WriteIntValueToReg(hKey4, "EOF", RmEOF);
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415 WriteIntValueToReg(hKey4, "Scolon", VaxSemicolon);
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417 WriteIntValueToReg(hKey4, "RecvEx", ExistMode);
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418 WriteIntValueToReg(hKey4, "SendEx", UpExistMode);
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420 WriteIntValueToReg(hKey4, "LFsort", LocalFileSort);
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421 WriteIntValueToReg(hKey4, "LDsort", LocalDirSort);
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422 WriteIntValueToReg(hKey4, "RFsort", RemoteFileSort);
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423 WriteIntValueToReg(hKey4, "RDsort", RemoteDirSort);
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424 WriteIntValueToReg(hKey4, "SortSave", SortSave);
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426 WriteIntValueToReg(hKey4, "ListType", ListType);
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427 WriteIntValueToReg(hKey4, "Cache", CacheEntry);
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428 WriteIntValueToReg(hKey4, "CacheSave", CacheSave);
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429 WriteIntValueToReg(hKey4, "DotFile", DotFile);
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430 WriteIntValueToReg(hKey4, "Dclick", DclickOpen);
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432 WriteIntValueToReg(hKey4, "ConS", ConnectOnStart);
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433 WriteIntValueToReg(hKey4, "OldDlg", ConnectAndSet);
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434 WriteIntValueToReg(hKey4, "RasClose", RasClose);
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435 WriteIntValueToReg(hKey4, "RasNotify", RasCloseNotify);
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436 WriteIntValueToReg(hKey4, "Qanony", QuickAnonymous);
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437 WriteIntValueToReg(hKey4, "PassHist", PassToHist);
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438 WriteIntValueToReg(hKey4, "SendQuit", SendQuit);
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439 WriteIntValueToReg(hKey4, "NoRas", NoRasControl);
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441 WriteIntValueToReg(hKey4, "Debug", DebugConsole);
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442 WriteIntValueToReg(hKey4, "WinPos", SaveWinPos);
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443 WriteIntValueToReg(hKey4, "RegExp", FindMode);
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444 WriteIntValueToReg(hKey4, "Reg", RegType);
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446 WriteMultiStringToReg(hKey4, "AsciiFile", AsciiExt);
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447 WriteIntValueToReg(hKey4, "LowUp", FnameCnv);
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448 WriteIntValueToReg(hKey4, "Tout", TimeOut);
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450 WriteMultiStringToReg(hKey4, "NoTrn", MirrorNoTrn);
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451 WriteMultiStringToReg(hKey4, "NoDel", MirrorNoDel);
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452 WriteIntValueToReg(hKey4, "MirFile", MirrorFnameCnv);
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453 WriteIntValueToReg(hKey4, "MirUNot", MirUpDelNotify);
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454 WriteIntValueToReg(hKey4, "MirDNot", MirDownDelNotify);
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456 MakeFontData(ListLogFont, ListFont, Str);
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457 WriteStringToReg(hKey4, "ListFont", Str);
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458 WriteIntValueToReg(hKey4, "ListHide", DispIgnoreHide);
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459 WriteIntValueToReg(hKey4, "ListDrv", DispDrives);
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461 WriteStringToReg(hKey4, "FwallHost", FwallHost);
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462 WriteStringToReg(hKey4, "FwallUser", FwallUser);
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463 EncodePassword(FwallPass, Str);
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464 WriteStringToReg(hKey4, "FwallPass", Str);
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465 WriteIntValueToReg(hKey4, "FwallPort", FwallPort);
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466 WriteIntValueToReg(hKey4, "FwallType", FwallType);
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467 WriteIntValueToReg(hKey4, "FwallDef", FwallDefault);
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468 WriteIntValueToReg(hKey4, "FwallSec", FwallSecurity);
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469 WriteIntValueToReg(hKey4, "PasvDef", PasvDefault);
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470 WriteIntValueToReg(hKey4, "FwallRes", FwallResolve);
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471 WriteIntValueToReg(hKey4, "FwallLow", FwallLower);
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472 WriteIntValueToReg(hKey4, "FwallDel", FwallDelimiter);
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474 WriteIntValueToReg(hKey4, "SndConSw", Sound[SND_CONNECT].On);
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475 WriteIntValueToReg(hKey4, "SndTrnSw", Sound[SND_TRANS].On);
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476 WriteIntValueToReg(hKey4, "SndErrSw", Sound[SND_ERROR].On);
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477 WriteStringToReg(hKey4, "SndCon", Sound[SND_CONNECT].Fname);
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478 WriteStringToReg(hKey4, "SndTrn", Sound[SND_TRANS].Fname);
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479 WriteStringToReg(hKey4, "SndErr", Sound[SND_ERROR].Fname);
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481 WriteMultiStringToReg(hKey4, "DefAttr", DefAttrList);
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484 // GetTempPath(FMAX_PATH, Str);
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485 GetAppTempPath(Str);
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487 SaveStr(hKey4, "Tmp", TmpPath, Str);
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489 WriteBinaryToReg(hKey4, "Hdlg", &HostDlgSize, sizeof(SIZE));
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490 WriteBinaryToReg(hKey4, "Bdlg", &BmarkDlgSize, sizeof(SIZE));
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491 WriteBinaryToReg(hKey4, "Mdlg", &MirrorDlgSize, sizeof(SIZE));
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493 WriteIntValueToReg(hKey4, "FAttrSw", FolderAttr);
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494 WriteIntValueToReg(hKey4, "FAttr", FolderAttrNum);
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496 WriteIntValueToReg(hKey4, "HistNum", FileHist);
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498 /* Ver1.54a以前の形式のヒストリデータは削除 */
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499 DeleteValue(hKey4, "Hist");
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502 CopyDefaultHistory(&DefaultHist);
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504 for(i = AskHistoryNum(); i > 0; i--)
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506 if(GetHistoryByNum(i-1, &Hist) == FFFTP_SUCCESS)
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508 sprintf(Str, "History%d", n);
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509 if(CreateSubKey(hKey4, Str, &hKey5) == FFFTP_SUCCESS)
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511 SaveStr(hKey5, "HostAdrs", Hist.HostAdrs, DefaultHist.HostAdrs);
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512 SaveStr(hKey5, "UserName", Hist.UserName, DefaultHist.UserName);
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513 SaveStr(hKey5, "Account", Hist.Account, DefaultHist.Account);
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514 SaveStr(hKey5, "LocalDir", Hist.LocalInitDir, NULL);
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515 SaveStr(hKey5, "RemoteDir", Hist.RemoteInitDir, DefaultHist.RemoteInitDir);
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516 SaveStr(hKey5, "Chmod", Hist.ChmodCmd, DefaultHist.ChmodCmd);
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517 SaveStr(hKey5, "Nlst", Hist.LsName, DefaultHist.LsName);
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518 SaveStr(hKey5, "Init", Hist.InitCmd, DefaultHist.InitCmd);
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519 EncodePassword(Hist.PassWord, Str);
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520 SaveStr(hKey5, "Password", Str, DefaultHist.PassWord);
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521 SaveIntNum(hKey5, "Port", Hist.Port, DefaultHist.Port);
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522 SaveIntNum(hKey5, "Kanji", Hist.KanjiCode, DefaultHist.KanjiCode);
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523 SaveIntNum(hKey5, "KanaCnv", Hist.KanaCnv, DefaultHist.KanaCnv);
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524 SaveIntNum(hKey5, "NameKanji", Hist.NameKanjiCode, DefaultHist.NameKanjiCode);
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525 SaveIntNum(hKey5, "NameKana", Hist.NameKanaCnv, DefaultHist.NameKanaCnv);
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526 SaveIntNum(hKey5, "Pasv", Hist.Pasv, DefaultHist.Pasv);
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527 SaveIntNum(hKey5, "Fwall", Hist.FireWall, DefaultHist.FireWall);
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528 SaveIntNum(hKey5, "List", Hist.ListCmdOnly, DefaultHist.ListCmdOnly);
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529 SaveIntNum(hKey5, "NLST-R", Hist.UseNLST_R, DefaultHist.UseNLST_R);
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530 SaveIntNum(hKey5, "Tzone", Hist.TimeZone, DefaultHist.TimeZone);
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531 SaveIntNum(hKey5, "Type", Hist.HostType, DefaultHist.HostType);
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532 SaveIntNum(hKey5, "Sync", Hist.SyncMove, DefaultHist.SyncMove);
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533 SaveIntNum(hKey5, "Fpath", Hist.NoFullPath, DefaultHist.NoFullPath);
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534 WriteBinaryToReg(hKey5, "Sort", &Hist.Sort, sizeof(Hist.Sort));
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535 SaveIntNum(hKey5, "Secu", Hist.Security, DefaultHist.Security);
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536 WriteIntValueToReg(hKey5, "TrType", Hist.Type);
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537 SaveIntNum(hKey5, "Dial", Hist.Dialup, DefaultHist.Dialup);
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538 SaveIntNum(hKey5, "UseIt", Hist.DialupAlways, DefaultHist.DialupAlways);
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539 SaveIntNum(hKey5, "Notify", Hist.DialupNotify, DefaultHist.DialupNotify);
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540 SaveStr(hKey5, "DialTo", Hist.DialEntry, DefaultHist.DialEntry);
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542 SaveIntNum(hKey5, "NoEncryption", Hist.UseNoEncryption, DefaultHist.UseNoEncryption);
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543 SaveIntNum(hKey5, "FTPES", Hist.UseFTPES, DefaultHist.UseFTPES);
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544 SaveIntNum(hKey5, "FTPIS", Hist.UseFTPIS, DefaultHist.UseFTPIS);
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545 SaveIntNum(hKey5, "SFTP", Hist.UseSFTP, DefaultHist.UseSFTP);
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546 EncodePassword(Hist.PrivateKey, Str);
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547 SaveStr(hKey5, "PKey", Str, DefaultHist.PrivateKey);
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549 SaveIntNum(hKey5, "ThreadCount", Hist.MaxThreadCount, DefaultHist.MaxThreadCount);
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550 SaveIntNum(hKey5, "ReuseCmdSkt", Hist.ReuseCmdSkt, DefaultHist.ReuseCmdSkt);
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552 SaveIntNum(hKey5, "MLSD", Hist.UseMLSD, DefaultHist.UseMLSD);
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554 SaveIntNum(hKey5, "NetType", Hist.NetType, DefaultHist.NetType);
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556 SaveIntNum(hKey5, "Noop", Hist.NoopInterval, DefaultHist.NoopInterval);
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558 SaveIntNum(hKey5, "ErrMode", Hist.TransferErrorMode, DefaultHist.TransferErrorMode);
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559 SaveIntNum(hKey5, "ErrNotify", Hist.TransferErrorNotify, DefaultHist.TransferErrorNotify);
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560 // セッションあたりの転送量制限対策
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561 SaveIntNum(hKey5, "ErrReconnect", Hist.TransferErrorReconnect, DefaultHist.TransferErrorReconnect);
\r
563 CloseSubKey(hKey5);
\r
568 WriteIntValueToReg(hKey4, "SavedHist", n);
\r
570 /* 余分なヒストリがあったら削除 */
\r
571 for(; n < 999; n++)
\r
573 sprintf(Str, "History%d", n);
\r
574 if(DeleteSubKey(hKey4, Str) != FFFTP_SUCCESS)
\r
579 CopyDefaultHost(&DefaultHost);
\r
581 while(CopyHostFromList(i, &Host) == FFFTP_SUCCESS)
\r
583 sprintf(Str, "Host%d", i);
\r
584 if(CreateSubKey(hKey4, Str, &hKey5) == FFFTP_SUCCESS)
\r
586 // SaveIntNum(hKey5, "Set", Host.Level, DefaultHost.Level);
\r
587 WriteIntValueToReg(hKey5, "Set", Host.Level);
\r
588 SaveStr(hKey5, "HostName", Host.HostName, DefaultHost.HostName);
\r
589 if((Host.Level & SET_LEVEL_GROUP) == 0)
\r
591 SaveStr(hKey5, "HostAdrs", Host.HostAdrs, DefaultHost.HostAdrs);
\r
592 SaveStr(hKey5, "UserName", Host.UserName, DefaultHost.UserName);
\r
593 SaveStr(hKey5, "Account", Host.Account, DefaultHost.Account);
\r
594 SaveStr(hKey5, "LocalDir", Host.LocalInitDir, NULL);
\r
595 SaveStr(hKey5, "RemoteDir", Host.RemoteInitDir, DefaultHost.RemoteInitDir);
\r
596 SaveStr(hKey5, "Chmod", Host.ChmodCmd, DefaultHost.ChmodCmd);
\r
597 SaveStr(hKey5, "Nlst", Host.LsName, DefaultHost.LsName);
\r
598 SaveStr(hKey5, "Init", Host.InitCmd, DefaultHost.InitCmd);
\r
600 if(Host.Anonymous == NO)
\r
601 EncodePassword(Host.PassWord, Str);
\r
603 strcpy(Str, DefaultHost.PassWord);
\r
604 SaveStr(hKey5, "Password", Str, DefaultHost.PassWord);
\r
606 SaveIntNum(hKey5, "Port", Host.Port, DefaultHost.Port);
\r
607 SaveIntNum(hKey5, "Anonymous", Host.Anonymous, DefaultHost.Anonymous);
\r
608 SaveIntNum(hKey5, "Kanji", Host.KanjiCode, DefaultHost.KanjiCode);
\r
609 SaveIntNum(hKey5, "KanaCnv", Host.KanaCnv, DefaultHost.KanaCnv);
\r
610 SaveIntNum(hKey5, "NameKanji", Host.NameKanjiCode, DefaultHost.NameKanjiCode);
\r
611 SaveIntNum(hKey5, "NameKana", Host.NameKanaCnv, DefaultHost.NameKanaCnv);
\r
612 SaveIntNum(hKey5, "Pasv", Host.Pasv, DefaultHost.Pasv);
\r
613 SaveIntNum(hKey5, "Fwall", Host.FireWall, DefaultHost.FireWall);
\r
614 SaveIntNum(hKey5, "List", Host.ListCmdOnly, DefaultHost.ListCmdOnly);
\r
615 SaveIntNum(hKey5, "NLST-R", Host.UseNLST_R, DefaultHost.UseNLST_R);
\r
616 SaveIntNum(hKey5, "Last", Host.LastDir, DefaultHost.LastDir);
\r
617 SaveIntNum(hKey5, "Tzone", Host.TimeZone, DefaultHost.TimeZone);
\r
618 SaveIntNum(hKey5, "Type", Host.HostType, DefaultHost.HostType);
\r
619 SaveIntNum(hKey5, "Sync", Host.SyncMove, DefaultHost.SyncMove);
\r
620 SaveIntNum(hKey5, "Fpath", Host.NoFullPath, DefaultHost.NoFullPath);
\r
621 WriteBinaryToReg(hKey5, "Sort", &Host.Sort, sizeof(Host.Sort));
\r
622 SaveIntNum(hKey5, "Secu", Host.Security, DefaultHost.Security);
\r
624 WriteMultiStringToReg(hKey5, "Bmarks", Host.BookMark);
\r
626 SaveIntNum(hKey5, "Dial", Host.Dialup, DefaultHost.Dialup);
\r
627 SaveIntNum(hKey5, "UseIt", Host.DialupAlways, DefaultHost.DialupAlways);
\r
628 SaveIntNum(hKey5, "Notify", Host.DialupNotify, DefaultHost.DialupNotify);
\r
629 SaveStr(hKey5, "DialTo", Host.DialEntry, DefaultHost.DialEntry);
\r
631 SaveIntNum(hKey5, "NoEncryption", Host.UseNoEncryption, DefaultHost.UseNoEncryption);
\r
632 SaveIntNum(hKey5, "FTPES", Host.UseFTPES, DefaultHost.UseFTPES);
\r
633 SaveIntNum(hKey5, "FTPIS", Host.UseFTPIS, DefaultHost.UseFTPIS);
\r
634 SaveIntNum(hKey5, "SFTP", Host.UseSFTP, DefaultHost.UseSFTP);
\r
635 EncodePassword(Host.PrivateKey, Str);
\r
636 SaveStr(hKey5, "PKey", Str, DefaultHost.PrivateKey);
\r
638 SaveIntNum(hKey5, "ThreadCount", Host.MaxThreadCount, DefaultHost.MaxThreadCount);
\r
639 SaveIntNum(hKey5, "ReuseCmdSkt", Host.ReuseCmdSkt, DefaultHost.ReuseCmdSkt);
\r
641 SaveIntNum(hKey5, "MLSD", Host.UseMLSD, DefaultHost.UseMLSD);
\r
643 SaveIntNum(hKey5, "NetType", Host.NetType, DefaultHost.NetType);
\r
645 SaveIntNum(hKey5, "Noop", Host.NoopInterval, DefaultHost.NoopInterval);
\r
647 SaveIntNum(hKey5, "ErrMode", Host.TransferErrorMode, DefaultHost.TransferErrorMode);
\r
648 SaveIntNum(hKey5, "ErrNotify", Host.TransferErrorNotify, DefaultHost.TransferErrorNotify);
\r
649 // セッションあたりの転送量制限対策
\r
650 SaveIntNum(hKey5, "ErrReconnect", Host.TransferErrorReconnect, DefaultHost.TransferErrorReconnect);
\r
652 CloseSubKey(hKey5);
\r
656 WriteIntValueToReg(hKey4, "SetNum", i);
\r
658 /* 余分なホストの設定があったら削除 */
\r
659 for(; i < 998; i++)
\r
661 sprintf(Str, "Host%d", i);
\r
662 if(DeleteSubKey(hKey4, Str) != FFFTP_SUCCESS)
\r
666 if((i = AskCurrentHost()) == HOSTNUM_NOENTRY)
\r
668 WriteIntValueToReg(hKey4, "CurSet", i);
\r
671 WriteBinaryToReg(hKey4, "CertCacheHash", &CertificateCacheHash, sizeof(CertificateCacheHash));
\r
673 StrCatOut((char*)&SSLRootCAFileHash, sizeof(SSLRootCAFileHash), Buf);
\r
674 EncodePassword(Buf, Str);
\r
675 WriteStringToReg(hKey4, "RootCertHash", Str);
\r
677 WriteIntValueToReg(hKey4, "ListIcon", DispFileIcon);
\r
679 WriteIntValueToReg(hKey4, "ListSecond", DispTimeSeconds);
\r
681 WriteIntValueToReg(hKey4, "ListPermitNum", DispPermissionsNumber);
\r
683 WriteIntValueToReg(hKey4, "MakeDir", MakeAllDir);
\r
685 WriteIntValueToReg(hKey4, "Kanji", LocalKanjiCode);
\r
687 WriteIntValueToReg(hKey4, "UPnP", UPnPEnabled);
\r
689 WriteIntValueToReg(hKey4, "ListRefresh", AutoRefreshFileList);
\r
691 WriteIntValueToReg(hKey4, "OldLog", RemoveOldLog);
\r
693 CloseSubKey(hKey4);
\r
696 EncryptSettings = NO;
\r
697 WriteBinaryToReg(hKey3, "EncryptAllChecksum", &EncryptSettingsChecksum, 20);
\r
698 if(EncryptAllSettings == YES)
\r
700 if(RegType == REGTYPE_REG)
\r
702 if(RegCreateKeyEx(hKey3, "Options", 0, "", REG_OPTION_NON_VOLATILE, KEY_WRITE, NULL, (HKEY*)&hKey4, NULL) == ERROR_SUCCESS)
\r
706 sprintf(Str, "Host%d", i);
\r
707 if(RegDeleteKey(hKey4, Str) != ERROR_SUCCESS)
\r
712 sprintf(Str, "History%d", i);
\r
713 if(RegDeleteKey(hKey4, Str) != ERROR_SUCCESS)
\r
716 RegCloseKey(hKey4);
\r
718 RegDeleteKey(hKey3, "Options");
\r
726 /*----- レジストリ／INIファイルから設定値を呼び出す ---------------------------
\r
728 * この関数を複数回呼び出すと，ホスト設定が追加される．
\r
736 *----------------------------------------------------------------------------*/
\r
738 int LoadRegistry(void)
\r
746 // char Str[256]; /* ASCII_EXT_LENより大きい事 */
\r
747 char Str[PRIVATE_KEY_LEN*4+1];
\r
748 char Buf[FMAX_PATH+1];
\r
750 char Buf2[FMAX_PATH+1];
\r
762 SetRegType(REGTYPE_INI);
\r
763 if((i = OpenReg("FFFTP", &hKey3)) != FFFTP_SUCCESS)
\r
765 if(AskForceIni() == NO)
\r
767 SetRegType(REGTYPE_REG);
\r
768 i = OpenReg("FFFTP", &hKey3);
\r
772 if(i == FFFTP_SUCCESS)
\r
774 // char checkbuf[48];
\r
778 ReadIntValueFromReg(hKey3, "Version", &Version);
\r
781 IniKanjiCode = KANJI_SJIS;
\r
784 if(Version >= 1990)
\r
786 ReadIntValueFromReg(hKey3, "EncryptAll", &EncryptAllSettings);
\r
787 sprintf(Buf, "%d", EncryptAllSettings);
\r
788 ReadStringFromReg(hKey3, "EncryptAllDetector", Str, 255);
\r
789 DecodePassword(Str, Buf2);
\r
790 EncryptSettings = EncryptAllSettings;
\r
791 memset(&EncryptSettingsChecksum, 0, 20);
\r
792 if(strcmp(Buf, Buf2) != 0)
\r
794 switch(MessageBox(GetMainHwnd(), MSGJPN343, "FFFTP", MB_ABORTRETRYIGNORE | MB_DEFBUTTON2))
\r
800 RestartAndTerminate();
\r
803 EncryptSettingsError = YES;
\r
812 // if(OpenSubKey(hKey3, "Options", &hKey4) == FFFTP_SUCCESS)
\r
813 if(EncryptAllSettings == YES)
\r
814 strcpy(Str, "EncryptedOptions");
\r
816 strcpy(Str, "Options");
\r
817 if(OpenSubKey(hKey3, Str, &hKey4) == FFFTP_SUCCESS)
\r
819 ReadIntValueFromReg(hKey4, "WinPosX", &WinPosX);
\r
820 ReadIntValueFromReg(hKey4, "WinPosY", &WinPosY);
\r
821 ReadIntValueFromReg(hKey4, "WinWidth", &WinWidth);
\r
822 ReadIntValueFromReg(hKey4, "WinHeight", &WinHeight);
\r
823 ReadIntValueFromReg(hKey4, "LocalWidth", &LocalWidth);
\r
825 LocalWidth = max1(0, LocalWidth);
\r
826 ReadIntValueFromReg(hKey4, "TaskHeight", &TaskHeight);
\r
828 TaskHeight = max1(0, TaskHeight);
\r
829 ReadBinaryFromReg(hKey4, "LocalColm", &LocalTabWidth, sizeof(LocalTabWidth));
\r
830 ReadBinaryFromReg(hKey4, "RemoteColm", &RemoteTabWidth, sizeof(RemoteTabWidth));
\r
831 ReadIntValueFromReg(hKey4, "SwCmd", &Sizing);
\r
833 ReadStringFromReg(hKey4, "UserMail", UserMailAdrs, USER_MAIL_LEN+1);
\r
834 ReadStringFromReg(hKey4, "Viewer", ViewerName[0], FMAX_PATH+1);
\r
835 ReadStringFromReg(hKey4, "Viewer2", ViewerName[1], FMAX_PATH+1);
\r
836 ReadStringFromReg(hKey4, "Viewer3", ViewerName[2], FMAX_PATH+1);
\r
838 ReadIntValueFromReg(hKey4, "TrType", &TransMode);
\r
839 ReadIntValueFromReg(hKey4, "Recv", &RecvMode);
\r
840 ReadIntValueFromReg(hKey4, "Send", &SendMode);
\r
841 ReadIntValueFromReg(hKey4, "Move", &MoveMode);
\r
842 ReadStringFromReg(hKey4, "Path", DefaultLocalPath, FMAX_PATH+1);
\r
843 ReadIntValueFromReg(hKey4, "Time", &SaveTimeStamp);
\r
844 ReadIntValueFromReg(hKey4, "EOF", &RmEOF);
\r
845 ReadIntValueFromReg(hKey4, "Scolon", &VaxSemicolon);
\r
847 ReadIntValueFromReg(hKey4, "RecvEx", &ExistMode);
\r
848 ReadIntValueFromReg(hKey4, "SendEx", &UpExistMode);
\r
850 ReadIntValueFromReg(hKey4, "LFsort", &LocalFileSort);
\r
851 ReadIntValueFromReg(hKey4, "LDsort", &LocalDirSort);
\r
852 ReadIntValueFromReg(hKey4, "RFsort", &RemoteFileSort);
\r
853 ReadIntValueFromReg(hKey4, "RDsort", &RemoteDirSort);
\r
854 ReadIntValueFromReg(hKey4, "SortSave", &SortSave);
\r
856 ReadIntValueFromReg(hKey4, "ListType", &ListType);
\r
857 ReadIntValueFromReg(hKey4, "Cache", &CacheEntry);
\r
858 ReadIntValueFromReg(hKey4, "CacheSave", &CacheSave);
\r
859 ReadIntValueFromReg(hKey4, "DotFile", &DotFile);
\r
860 ReadIntValueFromReg(hKey4, "Dclick", &DclickOpen);
\r
862 ReadIntValueFromReg(hKey4, "ConS", &ConnectOnStart);
\r
863 ReadIntValueFromReg(hKey4, "OldDlg", &ConnectAndSet);
\r
864 ReadIntValueFromReg(hKey4, "RasClose", &RasClose);
\r
865 ReadIntValueFromReg(hKey4, "RasNotify", &RasCloseNotify);
\r
866 ReadIntValueFromReg(hKey4, "Qanony", &QuickAnonymous);
\r
867 ReadIntValueFromReg(hKey4, "PassHist", &PassToHist);
\r
868 ReadIntValueFromReg(hKey4, "SendQuit", &SendQuit);
\r
869 ReadIntValueFromReg(hKey4, "NoRas", &NoRasControl);
\r
871 ReadIntValueFromReg(hKey4, "Debug", &DebugConsole);
\r
872 ReadIntValueFromReg(hKey4, "WinPos", &SaveWinPos);
\r
873 ReadIntValueFromReg(hKey4, "RegExp", &FindMode);
\r
874 ReadIntValueFromReg(hKey4, "Reg", &RegType);
\r
876 if(ReadMultiStringFromReg(hKey4, "AsciiFile", AsciiExt, ASCII_EXT_LEN+1) == FFFTP_FAIL)
\r
878 /* 旧ASCIIモードの拡張子の設定を新しいものに変換 */
\r
880 // ReadStringFromReg(hKey4, "Ascii", Str, ASCII_EXT_LEN+1);
\r
881 // memset(AsciiExt, NUL, ASCII_EXT_LEN+1);
\r
883 if(ReadStringFromReg(hKey4, "Ascii", Str, ASCII_EXT_LEN+1) == FFFTP_SUCCESS)
\r
884 memset(AsciiExt, NUL, ASCII_EXT_LEN+1);
\r
888 if((Pos2 = strchr(Pos, ';')) == NULL)
\r
889 Pos2 = strchr(Pos, NUL);
\r
890 if((Pos2 - Pos) > 0)
\r
892 if((StrMultiLen(AsciiExt) + (Pos2 - Pos) + 2) >= ASCII_EXT_LEN)
\r
894 strcpy(AsciiExt + StrMultiLen(AsciiExt), "*.");
\r
895 strncpy(AsciiExt + StrMultiLen(AsciiExt) - 1, Pos, (Pos2 - Pos));
\r
905 Pos = "*.js\0*.vbs\0*.css\0*.rss\0*.rdf\0*.xml\0*.xhtml\0*.xht\0*.shtml\0*.shtm\0*.sh\0*.py\0*.rb\0*.properties\0*.sql\0*.asp\0*.aspx\0*.php\0*.htaccess\0";
\r
909 while(*Pos2 != NUL)
\r
911 if(_stricmp(Pos2, Pos) == 0)
\r
913 Pos2 = strchr(Pos2, NUL) + 1;
\r
917 if((StrMultiLen(AsciiExt) + strlen(Pos) + 2) < ASCII_EXT_LEN)
\r
918 strncpy(AsciiExt + StrMultiLen(AsciiExt), Pos, strlen(Pos) + 2);
\r
920 Pos = strchr(Pos, NUL) + 1;
\r
924 ReadIntValueFromReg(hKey4, "LowUp", &FnameCnv);
\r
925 ReadIntValueFromReg(hKey4, "Tout", &TimeOut);
\r
927 ReadMultiStringFromReg(hKey4, "NoTrn", MirrorNoTrn, MIRROR_LEN+1);
\r
928 ReadMultiStringFromReg(hKey4, "NoDel", MirrorNoDel, MIRROR_LEN+1);
\r
929 ReadIntValueFromReg(hKey4, "MirFile", &MirrorFnameCnv);
\r
930 ReadIntValueFromReg(hKey4, "MirUNot", &MirUpDelNotify);
\r
931 ReadIntValueFromReg(hKey4, "MirDNot", &MirDownDelNotify);
\r
933 if(ReadStringFromReg(hKey4, "ListFont", Str, 256) == FFFTP_SUCCESS)
\r
935 if(RestoreFontData(Str, &ListLogFont) == FFFTP_SUCCESS)
\r
936 ListFont = CreateFontIndirect(&ListLogFont);
\r
938 ReadIntValueFromReg(hKey4, "ListHide", &DispIgnoreHide);
\r
939 ReadIntValueFromReg(hKey4, "ListDrv", &DispDrives);
\r
941 ReadStringFromReg(hKey4, "FwallHost", FwallHost, HOST_ADRS_LEN+1);
\r
942 ReadStringFromReg(hKey4, "FwallUser", FwallUser, USER_NAME_LEN+1);
\r
943 ReadStringFromReg(hKey4, "FwallPass", Str, 255);
\r
944 DecodePassword(Str, FwallPass);
\r
945 ReadIntValueFromReg(hKey4, "FwallPort", &FwallPort);
\r
946 ReadIntValueFromReg(hKey4, "FwallType", &FwallType);
\r
947 ReadIntValueFromReg(hKey4, "FwallDef", &FwallDefault);
\r
948 ReadIntValueFromReg(hKey4, "FwallSec", &FwallSecurity);
\r
949 ReadIntValueFromReg(hKey4, "PasvDef", &PasvDefault);
\r
950 ReadIntValueFromReg(hKey4, "FwallRes", &FwallResolve);
\r
951 ReadIntValueFromReg(hKey4, "FwallLow", &FwallLower);
\r
952 ReadIntValueFromReg(hKey4, "FwallDel", &FwallDelimiter);
\r
954 ReadIntValueFromReg(hKey4, "SndConSw", &Sound[SND_CONNECT].On);
\r
955 ReadIntValueFromReg(hKey4, "SndTrnSw", &Sound[SND_TRANS].On);
\r
956 ReadIntValueFromReg(hKey4, "SndErrSw", &Sound[SND_ERROR].On);
\r
957 ReadStringFromReg(hKey4, "SndCon", Sound[SND_CONNECT].Fname, FMAX_PATH+1);
\r
958 ReadStringFromReg(hKey4, "SndTrn", Sound[SND_TRANS].Fname, FMAX_PATH+1);
\r
959 ReadStringFromReg(hKey4, "SndErr", Sound[SND_ERROR].Fname, FMAX_PATH+1);
\r
961 ReadMultiStringFromReg(hKey4, "DefAttr", DefAttrList, DEFATTRLIST_LEN+1);
\r
963 ReadStringFromReg(hKey4, "Tmp", TmpPath, FMAX_PATH+1);
\r
965 ReadBinaryFromReg(hKey4, "Hdlg", &HostDlgSize, sizeof(SIZE));
\r
966 ReadBinaryFromReg(hKey4, "Bdlg", &BmarkDlgSize, sizeof(SIZE));
\r
967 ReadBinaryFromReg(hKey4, "Mdlg", &MirrorDlgSize, sizeof(SIZE));
\r
969 ReadIntValueFromReg(hKey4, "FAttrSw", &FolderAttr);
\r
970 ReadIntValueFromReg(hKey4, "FAttr", &FolderAttrNum);
\r
972 ReadIntValueFromReg(hKey4, "NoSave", &SuppressSave);
\r
974 ReadIntValueFromReg(hKey4, "HistNum", &FileHist);
\r
975 // ReadMultiStringFromReg(hKey4, "Hist", Hist, (FMAX_PATH+1)*HISTORY_MAX+1);
\r
979 ReadIntValueFromReg(hKey4, "SavedHist", &Sets);
\r
981 for(i = 0; i < Sets; i++)
\r
983 sprintf(Str, "History%d", i);
\r
984 if(OpenSubKey(hKey4, Str, &hKey5) == FFFTP_SUCCESS)
\r
986 CopyDefaultHistory(&Hist);
\r
988 ReadStringFromReg(hKey5, "HostAdrs", Hist.HostAdrs, HOST_ADRS_LEN+1);
\r
989 ReadStringFromReg(hKey5, "UserName", Hist.UserName, USER_NAME_LEN+1);
\r
990 ReadStringFromReg(hKey5, "Account", Hist.Account, ACCOUNT_LEN+1);
\r
991 ReadStringFromReg(hKey5, "LocalDir", Hist.LocalInitDir, INIT_DIR_LEN+1);
\r
992 ReadStringFromReg(hKey5, "RemoteDir", Hist.RemoteInitDir, INIT_DIR_LEN+1);
\r
993 ReadStringFromReg(hKey5, "Chmod", Hist.ChmodCmd, CHMOD_CMD_LEN+1);
\r
994 ReadStringFromReg(hKey5, "Nlst", Hist.LsName, NLST_NAME_LEN+1);
\r
995 ReadStringFromReg(hKey5, "Init", Hist.InitCmd, INITCMD_LEN+1);
\r
996 ReadIntValueFromReg(hKey5, "Port", &Hist.Port);
\r
997 ReadIntValueFromReg(hKey5, "Kanji", &Hist.KanjiCode);
\r
998 ReadIntValueFromReg(hKey5, "KanaCnv", &Hist.KanaCnv);
\r
999 ReadIntValueFromReg(hKey5, "NameKanji", &Hist.NameKanjiCode);
\r
1000 ReadIntValueFromReg(hKey5, "NameKana", &Hist.NameKanaCnv);
\r
1001 ReadIntValueFromReg(hKey5, "Pasv", &Hist.Pasv);
\r
1002 ReadIntValueFromReg(hKey5, "Fwall", &Hist.FireWall);
\r
1003 ReadIntValueFromReg(hKey5, "List", &Hist.ListCmdOnly);
\r
1004 ReadIntValueFromReg(hKey5, "NLST-R", &Hist.UseNLST_R);
\r
1005 ReadIntValueFromReg(hKey5, "Tzone", &Hist.TimeZone);
\r
1006 ReadIntValueFromReg(hKey5, "Type", &Hist.HostType);
\r
1007 ReadIntValueFromReg(hKey5, "Sync", &Hist.SyncMove);
\r
1008 ReadIntValueFromReg(hKey5, "Fpath", &Hist.NoFullPath);
\r
1009 ReadBinaryFromReg(hKey5, "Sort", &Hist.Sort, sizeof(Hist.Sort));
\r
1010 ReadIntValueFromReg(hKey5, "Secu", &Hist.Security);
\r
1011 ReadIntValueFromReg(hKey5, "TrType", &Hist.Type);
\r
1013 ReadStringFromReg(hKey5, "Password", Str, 255);
\r
1014 DecodePassword(Str, Hist.PassWord);
\r
1015 ReadIntValueFromReg(hKey5, "Dial", &Hist.Dialup);
\r
1016 ReadIntValueFromReg(hKey5, "UseIt", &Hist.DialupAlways);
\r
1017 ReadIntValueFromReg(hKey5, "Notify", &Hist.DialupNotify);
\r
1018 ReadStringFromReg(hKey5, "DialTo", Hist.DialEntry, RAS_NAME_LEN+1);
\r
1020 ReadIntValueFromReg(hKey5, "NoEncryption", &Hist.UseNoEncryption);
\r
1021 ReadIntValueFromReg(hKey5, "FTPES", &Hist.UseFTPES);
\r
1022 ReadIntValueFromReg(hKey5, "FTPIS", &Hist.UseFTPIS);
\r
1023 ReadIntValueFromReg(hKey5, "SFTP", &Hist.UseSFTP);
\r
1025 ReadStringFromReg(hKey5, "PKey", Str, PRIVATE_KEY_LEN*4+1);
\r
1026 DecodePassword(Str, Hist.PrivateKey);
\r
1028 ReadIntValueFromReg(hKey5, "ThreadCount", &Hist.MaxThreadCount);
\r
1029 ReadIntValueFromReg(hKey5, "ReuseCmdSkt", &Hist.ReuseCmdSkt);
\r
1031 ReadIntValueFromReg(hKey5, "MLSD", &Hist.UseMLSD);
\r
1033 ReadIntValueFromReg(hKey5, "NetType", &Hist.NetType);
\r
1035 ReadIntValueFromReg(hKey5, "Noop", &Hist.NoopInterval);
\r
1037 ReadIntValueFromReg(hKey5, "ErrMode", &Hist.TransferErrorMode);
\r
1038 ReadIntValueFromReg(hKey5, "ErrNotify", &Hist.TransferErrorNotify);
\r
1040 CloseSubKey(hKey5);
\r
1041 AddHistoryToHistory(&Hist);
\r
1047 ReadIntValueFromReg(hKey4, "SetNum", &Sets);
\r
1049 for(i = 0; i < Sets; i++)
\r
1051 sprintf(Str, "Host%d", i);
\r
1052 if(OpenSubKey(hKey4, Str, &hKey5) == FFFTP_SUCCESS)
\r
1054 CopyDefaultHost(&Host);
\r
1056 // SourceForge.JPによるフォーク
\r
1057 // if(Version < VER_NUM)
\r
1058 if(Version < 1921)
\r
1061 Host.ListCmdOnly = NO;
\r
1063 // 1.97b以前はデフォルトでShift_JIS
\r
1064 if(Version < 1980)
\r
1065 Host.NameKanjiCode = KANJI_SJIS;
\r
1066 ReadIntValueFromReg(hKey5, "Set", &Host.Level);
\r
1068 ReadStringFromReg(hKey5, "HostName", Host.HostName, HOST_NAME_LEN+1);
\r
1069 ReadStringFromReg(hKey5, "HostAdrs", Host.HostAdrs, HOST_ADRS_LEN+1);
\r
1070 ReadStringFromReg(hKey5, "UserName", Host.UserName, USER_NAME_LEN+1);
\r
1071 ReadStringFromReg(hKey5, "Account", Host.Account, ACCOUNT_LEN+1);
\r
1072 ReadStringFromReg(hKey5, "LocalDir", Host.LocalInitDir, INIT_DIR_LEN+1);
\r
1073 ReadStringFromReg(hKey5, "RemoteDir", Host.RemoteInitDir, INIT_DIR_LEN+1);
\r
1074 ReadStringFromReg(hKey5, "Chmod", Host.ChmodCmd, CHMOD_CMD_LEN+1);
\r
1075 ReadStringFromReg(hKey5, "Nlst", Host.LsName, NLST_NAME_LEN+1);
\r
1076 ReadStringFromReg(hKey5, "Init", Host.InitCmd, INITCMD_LEN+1);
\r
1077 ReadIntValueFromReg(hKey5, "Port", &Host.Port);
\r
1078 ReadIntValueFromReg(hKey5, "Anonymous", &Host.Anonymous);
\r
1079 ReadIntValueFromReg(hKey5, "Kanji", &Host.KanjiCode);
\r
1080 // 1.98b以前のUTF-8はBOMあり
\r
1081 if(Version < 1983)
\r
1083 if(Host.KanjiCode == KANJI_UTF8N)
\r
1084 Host.KanjiCode = KANJI_UTF8BOM;
\r
1086 ReadIntValueFromReg(hKey5, "KanaCnv", &Host.KanaCnv);
\r
1087 ReadIntValueFromReg(hKey5, "NameKanji", &Host.NameKanjiCode);
\r
1088 ReadIntValueFromReg(hKey5, "NameKana", &Host.NameKanaCnv);
\r
1089 ReadIntValueFromReg(hKey5, "Pasv", &Host.Pasv);
\r
1090 ReadIntValueFromReg(hKey5, "Fwall", &Host.FireWall);
\r
1091 ReadIntValueFromReg(hKey5, "List", &Host.ListCmdOnly);
\r
1092 ReadIntValueFromReg(hKey5, "NLST-R", &Host.UseNLST_R);
\r
1093 ReadIntValueFromReg(hKey5, "Last", &Host.LastDir);
\r
1094 ReadIntValueFromReg(hKey5, "Tzone", &Host.TimeZone);
\r
1095 ReadIntValueFromReg(hKey5, "Type", &Host.HostType);
\r
1096 ReadIntValueFromReg(hKey5, "Sync", &Host.SyncMove);
\r
1097 ReadIntValueFromReg(hKey5, "Fpath", &Host.NoFullPath);
\r
1098 ReadBinaryFromReg(hKey5, "Sort", &Host.Sort, sizeof(Host.Sort));
\r
1099 ReadIntValueFromReg(hKey5, "Secu", &Host.Security);
\r
1100 if(Host.Anonymous != YES)
\r
1103 ReadStringFromReg(hKey5, "Password", Str, 255);
\r
1104 DecodePassword(Str, Host.PassWord);
\r
1107 strcpy(Host.PassWord, UserMailAdrs);
\r
1109 ReadMultiStringFromReg(hKey5, "Bmarks", Host.BookMark, BOOKMARK_SIZE);
\r
1111 ReadIntValueFromReg(hKey5, "Dial", &Host.Dialup);
\r
1112 ReadIntValueFromReg(hKey5, "UseIt", &Host.DialupAlways);
\r
1113 ReadIntValueFromReg(hKey5, "Notify", &Host.DialupNotify);
\r
1114 ReadStringFromReg(hKey5, "DialTo", Host.DialEntry, RAS_NAME_LEN+1);
\r
1116 ReadIntValueFromReg(hKey5, "NoEncryption", &Host.UseNoEncryption);
\r
1117 ReadIntValueFromReg(hKey5, "FTPES", &Host.UseFTPES);
\r
1118 ReadIntValueFromReg(hKey5, "FTPIS", &Host.UseFTPIS);
\r
1119 ReadIntValueFromReg(hKey5, "SFTP", &Host.UseSFTP);
\r
1121 ReadStringFromReg(hKey5, "PKey", Str, PRIVATE_KEY_LEN*4+1);
\r
1122 DecodePassword(Str, Host.PrivateKey);
\r
1124 ReadIntValueFromReg(hKey5, "ThreadCount", &Host.MaxThreadCount);
\r
1125 ReadIntValueFromReg(hKey5, "ReuseCmdSkt", &Host.ReuseCmdSkt);
\r
1126 // 1.98d以前で同時接続数が1より大きい場合はソケットの再利用なし
\r
1127 if(Version < 1985)
\r
1129 if(Host.MaxThreadCount > 1)
\r
1130 Host.ReuseCmdSkt = NO;
\r
1133 ReadIntValueFromReg(hKey5, "MLSD", &Host.UseMLSD);
\r
1135 ReadIntValueFromReg(hKey5, "NetType", &Host.NetType);
\r
1137 ReadIntValueFromReg(hKey5, "Noop", &Host.NoopInterval);
\r
1139 ReadIntValueFromReg(hKey5, "ErrMode", &Host.TransferErrorMode);
\r
1140 ReadIntValueFromReg(hKey5, "ErrNotify", &Host.TransferErrorNotify);
\r
1141 // セッションあたりの転送量制限対策
\r
1142 ReadIntValueFromReg(hKey5, "ErrReconnect", &Host.TransferErrorReconnect);
\r
1144 CloseSubKey(hKey5);
\r
1146 AddHostToList(&Host, -1, Host.Level);
\r
1150 ReadIntValueFromReg(hKey4, "CurSet", &Sets);
\r
1151 SetCurrentHost(Sets);
\r
1154 ReadBinaryFromReg(hKey4, "CertCacheHash", &CertificateCacheHash, sizeof(CertificateCacheHash));
\r
1155 ReadStringFromReg(hKey4, "RootCertHash", Str, PRIVATE_KEY_LEN*4+1);
\r
1156 DecodePassword(Str, Buf);
\r
1157 StrReadIn(Buf, sizeof(SSLRootCAFileHash), (char*)&SSLRootCAFileHash);
\r
1159 ReadIntValueFromReg(hKey4, "ListIcon", &DispFileIcon);
\r
1161 ReadIntValueFromReg(hKey4, "ListSecond", &DispTimeSeconds);
\r
1163 ReadIntValueFromReg(hKey4, "ListPermitNum", &DispPermissionsNumber);
\r
1165 ReadIntValueFromReg(hKey4, "MakeDir", &MakeAllDir);
\r
1167 ReadIntValueFromReg(hKey4, "Kanji", &LocalKanjiCode);
\r
1169 ReadIntValueFromReg(hKey4, "UPnP", &UPnPEnabled);
\r
1171 ReadIntValueFromReg(hKey4, "ListRefresh", &AutoRefreshFileList);
\r
1173 ReadIntValueFromReg(hKey4, "OldLog", &RemoveOldLog);
\r
1175 CloseSubKey(hKey4);
\r
1178 EncryptSettings = NO;
\r
1179 if(Version >= 1990)
\r
1181 memset(&Checksum, 0, 20);
\r
1182 ReadBinaryFromReg(hKey3, "EncryptAllChecksum", &Checksum, 20);
\r
1183 if(memcmp(&Checksum, &EncryptSettingsChecksum, 20) != 0)
\r
1185 switch(MessageBox(GetMainHwnd(), MSGJPN343, "FFFTP", MB_ABORTRETRYIGNORE | MB_DEFBUTTON2))
\r
1191 RestartAndTerminate();
\r
1194 EncryptSettingsError = YES;
\r
1205 /*===== 最初の起動時（設定が無い) =====*/
\r
1208 strcpy(UserMailAdrs, "");
\r
1210 if(InputDialogBox(mailadrs_dlg, HWND_DESKTOP, NULL, Str, USER_MAIL_LEN+1, &i, IDH_HELP_TOPIC_0000001) == YES)
\r
1211 strcpy(UserMailAdrs, Str);
\r
1213 for(i = 0; i < SAMPLE_HOSTS; i++)
\r
1215 CopyDefaultHost(&Host);
\r
1216 Host.Level = Sample[i].Level;
\r
1217 strcpy(Host.PassWord, UserMailAdrs);
\r
1218 strcpy(Host.HostName, Sample[i].HostName);
\r
1219 strcpy(Host.HostAdrs, Sample[i].HostAdrs);
\r
1220 strcpy(Host.UserName, "anonymous");
\r
1221 AddHostToList(&Host, -1, Host.Level);
\r
1229 /*----- 隠しドライブ情報を取得 ------------------------------------------------
\r
1237 *----------------------------------------------------------------------------*/
\r
1239 DWORD LoadHideDriveListRegistry(void)
\r
1252 if(RegOpenKeyEx(HKEY_CURRENT_USER, "Software", 0, KEY_READ, &hKey1) == ERROR_SUCCESS)
\r
1254 if(RegOpenKeyEx(hKey1, "Microsoft", 0, KEY_READ, &hKey2) == ERROR_SUCCESS)
\r
1256 if(RegOpenKeyEx(hKey2, "Windows", 0, KEY_READ, &hKey3) == ERROR_SUCCESS)
\r
1258 if(RegOpenKeyEx(hKey3, "CurrentVersion", 0, KEY_READ, &hKey4) == ERROR_SUCCESS)
\r
1260 if(RegOpenKeyEx(hKey4, "Policies", 0, KEY_READ, &hKey5) == ERROR_SUCCESS)
\r
1262 if(RegOpenKeyEx(hKey5, "Explorer", 0, KEY_READ, &hKey6) == ERROR_SUCCESS)
\r
1264 Size = sizeof(DWORD);
\r
1265 RegQueryValueEx(hKey6, "NoDrives", NULL, &Type, (BYTE *)&Ret, &Size);
\r
1266 RegCloseKey(hKey6);
\r
1268 RegCloseKey(hKey5);
\r
1270 RegCloseKey(hKey4);
\r
1272 RegCloseKey(hKey3);
\r
1274 RegCloseKey(hKey2);
\r
1276 RegCloseKey(hKey1);
\r
1282 /*----- レジストリの設定値をクリア --------------------------------------------
\r
1289 *----------------------------------------------------------------------------*/
\r
1291 void ClearRegistry(void)
\r
1300 if(RegCreateKeyEx(HKEY_CURRENT_USER, "Software\\Sota", 0, "", REG_OPTION_NON_VOLATILE, KEY_CREATE_SUB_KEY, NULL, &hKey2, &Dispos) == ERROR_SUCCESS)
\r
1302 if(RegCreateKeyEx(hKey2, "FFFTP", 0, "", REG_OPTION_NON_VOLATILE, KEY_WRITE, NULL, &hKey3, &Dispos) == ERROR_SUCCESS)
\r
1304 if(RegCreateKeyEx(hKey3, "Options", 0, "", REG_OPTION_NON_VOLATILE, KEY_WRITE, NULL, &hKey4, &Dispos) == ERROR_SUCCESS)
\r
1308 sprintf(Str, "Host%d", i);
\r
1309 if(RegDeleteKey(hKey4, Str) != ERROR_SUCCESS)
\r
1314 sprintf(Str, "History%d", i);
\r
1315 if(RegDeleteKey(hKey4, Str) != ERROR_SUCCESS)
\r
1318 RegCloseKey(hKey4);
\r
1320 RegDeleteKey(hKey3, "Options");
\r
1322 if(RegCreateKeyEx(hKey3, "EncryptedOptions", 0, "", REG_OPTION_NON_VOLATILE, KEY_WRITE, NULL, &hKey4, &Dispos) == ERROR_SUCCESS)
\r
1326 sprintf(Str, "Host%d", i);
\r
1327 if(RegDeleteKey(hKey4, Str) != ERROR_SUCCESS)
\r
1332 sprintf(Str, "History%d", i);
\r
1333 if(RegDeleteKey(hKey4, Str) != ERROR_SUCCESS)
\r
1336 RegCloseKey(hKey4);
\r
1338 RegDeleteKey(hKey3, "EncryptedOptions");
\r
1339 RegCloseKey(hKey3);
\r
1341 RegDeleteKey(hKey2, "FFFTP");
\r
1342 RegCloseKey(hKey2);
\r
1349 void ClearIni(void)
\r
1352 // if((Strm = fopen(AskIniFilePath(), "rt")) != NULL)
\r
1355 // MoveFileToTrashCan(AskIniFilePath());
\r
1357 DeleteFile(AskIniFilePath());
\r
1362 /*----- 設定をファイルに保存 --------------------------------------------------
\r
1369 *----------------------------------------------------------------------------*/
\r
1371 void SaveSettingsToFile(void)
\r
1373 char Tmp[FMAX_PATH*2];
\r
1374 char Fname[FMAX_PATH+1];
\r
1375 // 任意のコードが実行されるバグ修正
\r
1376 char CurDir[FMAX_PATH+1];
\r
1377 char SysDir[FMAX_PATH+1];
\r
1379 if(RegType == REGTYPE_REG)
\r
1381 strcpy(Fname, "FFFTP.reg");
\r
1382 if(SelectFile(GetMainHwnd(), Fname, MSGJPN286, MSGJPN287, "reg", OFN_EXTENSIONDIFFERENT | OFN_OVERWRITEPROMPT, 1) == TRUE)
\r
1384 sprintf(Tmp, "/e \x22%s\x22 HKEY_CURRENT_USER\\Software\\sota\\FFFTP", Fname);
\r
1385 // 任意のコードが実行されるバグ修正
\r
1386 // if(ShellExecute(NULL, "open", "regedit", Tmp, ".", SW_SHOW) <= (HINSTANCE)32)
\r
1388 // MessageBox(NULL, MSGJPN285, "FFFTP", MB_OK);
\r
1390 if(GetCurrentDirectory(FMAX_PATH, CurDir) > 0)
\r
1392 if(GetSystemDirectory(SysDir, FMAX_PATH) > 0)
\r
1394 if(SetCurrentDirectory(SysDir))
\r
1396 if(ShellExecute(NULL, "open", "regedit", Tmp, NULL, SW_SHOW) <= (HINSTANCE)32)
\r
1398 MessageBox(NULL, MSGJPN285, "FFFTP", MB_OK);
\r
1400 SetCurrentDirectory(CurDir);
\r
1408 strcpy(Fname, "FFFTP-Backup.ini");
\r
1409 if(SelectFile(GetMainHwnd(), Fname, MSGJPN286, MSGJPN288, "ini", OFN_EXTENSIONDIFFERENT | OFN_OVERWRITEPROMPT, 1) == TRUE)
\r
1411 CopyFile(AskIniFilePath(), Fname, FALSE);
\r
1418 /*----- 設定をファイルから復元 ------------------------------------------------
\r
1424 * int ロードしたかどうか (YES/NO)
\r
1425 *----------------------------------------------------------------------------*/
\r
1427 int LoadSettingsFromFile(void)
\r
1430 char Tmp[FMAX_PATH*2];
\r
1431 char Fname[FMAX_PATH+1];
\r
1432 // 任意のコードが実行されるバグ修正
\r
1433 char CurDir[FMAX_PATH+1];
\r
1434 char SysDir[FMAX_PATH+1];
\r
1437 strcpy(Fname, "");
\r
1438 if(SelectFile(GetMainHwnd(), Fname, MSGJPN291, MSGJPN290, "", OFN_FILEMUSTEXIST, 0) == TRUE)
\r
1440 if((strlen(Fname) >= 5) && (_stricmp(&Fname[strlen(Fname)-4], ".reg") == 0))
\r
1442 sprintf(Tmp, "\x22%s\x22", Fname);
\r
1443 // 任意のコードが実行されるバグ修正
\r
1444 // if(ShellExecute(NULL, "open", "regedit", Tmp, ".", SW_SHOW) <= (HINSTANCE)32)
\r
1446 // MessageBox(NULL, MSGJPN285, "FFFTP", MB_OK);
\r
1451 // /* レジストリエディタが終了するのを待つ */
\r
1452 // WaitForSingleObject(Info.hProcess, INFINITE);
\r
1454 if(GetCurrentDirectory(FMAX_PATH, CurDir) > 0)
\r
1456 if(GetSystemDirectory(SysDir, FMAX_PATH) > 0)
\r
1458 if(SetCurrentDirectory(SysDir))
\r
1460 if(ShellExecute(NULL, "open", "regedit", Tmp, NULL, SW_SHOW) <= (HINSTANCE)32)
\r
1462 MessageBox(NULL, MSGJPN285, "FFFTP", MB_OK);
\r
1467 /* レジストリエディタが終了するのを待つ */
\r
1468 // WaitForSingleObject(Info.hProcess, INFINITE);
\r
1470 SetCurrentDirectory(CurDir);
\r
1475 else if((strlen(Fname) >= 5) && (_stricmp(&Fname[strlen(Fname)-4], ".ini") == 0))
\r
1477 CopyFile(Fname, AskIniFilePath(), FALSE);
\r
1481 MessageBox(NULL, MSGJPN293, "FFFTP", MB_OK);
\r
1489 /*----- レジストリ/INIファイルに文字列をセーブ --------------------------------
\r
1492 * HKEY hKey : レジストリキー
\r
1494 * char *Str : セーブする文字列
\r
1495 * char *DefaultStr : デフォルトの文字列
\r
1501 * 文字列がデフォルトの文字列と同じならセーブしない
\r
1502 *----------------------------------------------------------------------------*/
\r
1504 static void SaveStr(HKEY hKey, char *Key, char *Str, char *DefaultStr)
\r
1506 if((DefaultStr != NULL) && (strcmp(Str, DefaultStr) == 0))
\r
1507 DeleteValue(hKey, Key);
\r
1509 WriteStringToReg(hKey, Key, Str);
\r
1515 /*----- レジストリ/INIファイルに数値(INT)をセーブ -----------------------------
\r
1518 * HKEY hKey : レジストリキー
\r
1520 * int Num : セーブする値
\r
1521 * int DefaultNum : デフォルトの値
\r
1527 * 数値がデフォルトの値と同じならセーブしない
\r
1528 *----------------------------------------------------------------------------*/
\r
1530 static void SaveIntNum(HKEY hKey, char *Key, int Num, int DefaultNum)
\r
1532 if(Num == DefaultNum)
\r
1533 DeleteValue(hKey, Key);
\r
1535 WriteIntValueToReg(hKey, Key, Num);
\r
1541 /*----- LOGFONTデータを文字列に変換する ---------------------------------------
\r
1544 * LOGFONT Font : フォントデータ
\r
1545 * HFONT hFont : フォントのハンドル
\r
1546 * NULL = デフォルトのフォント
\r
1547 * char *Buf : バッファ
\r
1551 *----------------------------------------------------------------------------*/
\r
1553 static void MakeFontData(LOGFONT Font, HFONT hFont, char *Buf)
\r
1557 sprintf(Buf, "%d %d %d %d %d %d %d %d %d %d %d %d %d %s",
\r
1558 Font.lfHeight, Font.lfWidth, Font.lfEscapement, Font.lfOrientation,
\r
1559 Font.lfWeight, Font.lfItalic, Font.lfUnderline, Font.lfStrikeOut,
\r
1560 Font.lfCharSet, Font.lfOutPrecision, Font.lfClipPrecision,
\r
1561 Font.lfQuality, Font.lfPitchAndFamily, Font.lfFaceName);
\r
1566 /*----- 文字列をLOGFONTデータに変換する ---------------------------------------
\r
1570 * LOGFONT *Font : フォントデータ
\r
1574 * FFFTP_SUCCESS/FFFTP_FAIL=変換できない
\r
1575 *----------------------------------------------------------------------------*/
\r
1577 static int RestoreFontData(char *Str, LOGFONT *Font)
\r
1583 if(sscanf(Str, "%d %d %d %d %d %d %d %d %d %d %d %d %d",
\r
1584 &(Font->lfHeight), &(Font->lfWidth), &(Font->lfEscapement), &(Font->lfOrientation),
\r
1585 &(Font->lfWeight), &(Font->lfItalic), &(Font->lfUnderline), &(Font->lfStrikeOut),
\r
1586 &(Font->lfCharSet), &(Font->lfOutPrecision), &(Font->lfClipPrecision),
\r
1587 &(Font->lfQuality), &(Font->lfPitchAndFamily)) == 13)
\r
1589 for(i = 13; i > 0; i--)
\r
1591 if((Str = strchr(Str, ' ')) == NULL)
\r
1597 strcpy(Font->lfFaceName, Str);
\r
1598 Sts = FFFTP_SUCCESS;
\r
1602 if(Sts == FFFTP_FAIL)
\r
1603 memset(Font, NUL, sizeof(LOGFONT));
\r
1608 /*----- パスワードを暗号化する ------------------------------------------------
\r
1611 * char *Str : パスワード
\r
1612 * char *Buf : 暗号化したパスワードを格納するバッファ
\r
1616 *----------------------------------------------------------------------------*/
\r
1617 static void EncodePassword(char *Str, char *Buf)
\r
1619 EncodePassword3( Str, Buf, SecretKey );
\r
1622 /*----- パスワードを暗号化する(オリジナルアルゴリズム) ------------------
\r
1625 * char *Str : パスワード
\r
1626 * char *Buf : 暗号化したパスワードを格納するバッファ
\r
1630 *----------------------------------------------------------------------------*/
\r
1632 static void EncodePasswordOriginal(char *Str, char *Buf)
\r
1634 unsigned char *Get;
\r
1635 unsigned char *Put;
\r
1639 srand((unsigned)time(NULL));
\r
1641 Get = (unsigned char *)Str;
\r
1642 Put = (unsigned char *)Buf;
\r
1644 if( *Get == NUL ){
\r
1654 while(*Get != NUL)
\r
1657 Ch = ((int)*Get++) << Rnd;
\r
1658 Ch = (unsigned char)Ch | (unsigned char)(Ch >> 8);
\r
1659 *Put++ = 0x40 | ((Rnd & 0x3) << 4) | (Ch & 0xF);
\r
1660 *Put++ = 0x40 | ((Ch >> 4) & 0xF);
\r
1661 if((*(Put-2) & 0x1) != 0)
\r
1662 *Put++ = (rand() % 62) + 0x40;
\r
1668 /*----- パスワードを暗号化する(オリジナルアルゴリズム＾Key) ----------------
\r
1671 * char *Str : パスワード
\r
1672 * char *Buf : 暗号化したパスワードを格納するバッファ
\r
1673 * const char *Key : 暗号化キー
\r
1677 *----------------------------------------------------------------------------*/
\r
1679 static void EncodePassword2(char *Str, char *Buf, const char* Key)
\r
1681 unsigned char *Get;
\r
1682 unsigned char *Put;
\r
1686 /* 2010.01.31 genta Key */
\r
1687 unsigned char *KeyHead = (unsigned char *)Key;
\r
1688 unsigned char *KeyEnd = KeyHead + strlen(KeyHead);
\r
1689 unsigned char *KeyCurrent = KeyHead;
\r
1691 srand((unsigned)time(NULL));
\r
1693 Get = (unsigned char *)Str;
\r
1694 Put = (unsigned char *)Buf;
\r
1696 if( *Get == NUL ){
\r
1706 while(*Get != NUL)
\r
1709 Ch = ((int)(*Get++ ^ *KeyCurrent)) << Rnd;
\r
1710 Ch = (unsigned char)Ch | (unsigned char)(Ch >> 8);
\r
1711 *Put++ = 0x40 | ((Rnd & 0x3) << 4) | (Ch & 0xF);
\r
1712 *Put++ = 0x40 | ((Ch >> 4) & 0xF);
\r
1713 if((*(Put-2) & 0x1) != 0)
\r
1714 *Put++ = (rand() % 62) + 0x40;
\r
1716 /* 2010.01.31 genta Key */
\r
1717 if( ++KeyCurrent == KeyEnd ){
\r
1718 KeyCurrent = KeyHead;
\r
1725 /*----- パスワードを暗号化する(AES) ------------------------------------------
\r
1728 * char *Str : パスワード
\r
1729 * char *Buf : 暗号化したパスワードを格納するバッファ
\r
1730 * const char *Key : 暗号化キー
\r
1734 *----------------------------------------------------------------------------*/
\r
1736 static void EncodePassword3(char *Str, char *Buf, const char *Key)
\r
1738 unsigned char *Put;
\r
1739 unsigned char *AesEncBuf;
\r
1740 unsigned char *StrPadBuf;
\r
1743 size_t StrPadIndex;
\r
1745 size_t EncBufIndex;
\r
1747 int RandByteCount;
\r
1748 unsigned char AesKey[32];
\r
1749 unsigned char AesCbcIv[AES_BLOCK_SIZE];
\r
1750 aes_encrypt_ctx Ctx;
\r
1754 Put = (unsigned char *)Buf;
\r
1755 StrLen = strlen(Str);
\r
1756 StrPadLen = ((StrLen + AES_BLOCK_SIZE - 1) / AES_BLOCK_SIZE) * AES_BLOCK_SIZE;
\r
1759 // StrPadLen = min1(StrPadLen, AES_BLOCK_SIZE * 2);
\r
1760 StrPadLen = max1(StrPadLen, AES_BLOCK_SIZE * 2);
\r
1762 if((StrPadBuf = malloc(StrPadLen)) != NULL)
\r
1764 if((AesEncBuf = malloc(StrPadLen)) != NULL)
\r
1769 strncpy(StrPadBuf, Str, StrPadLen);
\r
1771 /* PAD部分を乱数で埋める StrPad[StrLen](が有効な場合) は NUL */
\r
1772 for(StrPadIndex = StrLen + 1; StrPadIndex < StrPadLen;)
\r
1774 RandValue = GetRandamDWRODValue();
\r
1775 for(RandByteCount = 0; RandByteCount < 4; RandByteCount++)
\r
1777 if(StrPadIndex < StrPadLen)
\r
1779 StrPadBuf[StrPadIndex++] = (unsigned char)(RandValue & 0xff);
\r
1786 for(IvIndex = 0; IvIndex < AES_BLOCK_SIZE;)
\r
1788 RandValue = GetRandamDWRODValue();
\r
1789 for(RandByteCount = 0; RandByteCount < 4; RandByteCount++)
\r
1791 if(IvIndex < AES_BLOCK_SIZE)
\r
1793 AesCbcIv[IvIndex++] = (unsigned char)(RandValue & 0xff);
\r
1801 for(IvIndex = 0; IvIndex < AES_BLOCK_SIZE; IvIndex++)
\r
1803 sprintf(Put, "%02x", AesCbcIv[IvIndex]);
\r
1808 if(CreateAesKey(AesKey, Key) == FFFTP_SUCCESS)
\r
1810 aes_encrypt_key(AesKey, 32, &Ctx);
\r
1812 if(aes_cbc_encrypt(StrPadBuf, AesEncBuf, StrPadLen, AesCbcIv, &Ctx) == EXIT_SUCCESS)
\r
1814 for(EncBufIndex = 0; EncBufIndex < StrPadLen; EncBufIndex++)
\r
1816 sprintf(Put, "%02x", AesEncBuf[EncBufIndex]);
\r
1823 if(FALSE == PutState)
\r
1835 /*----- パスワードの暗号化を解く ----------------------------------------------
\r
1838 * char *Str : 暗号化したパスワード
\r
1839 * char *Buf : パスワードを格納するバッファ
\r
1843 *----------------------------------------------------------------------------*/
\r
1845 static void DecodePassword(char *Str, char *Buf)
\r
1847 unsigned char *Get;
\r
1848 unsigned char *Put;
\r
1850 Get = (unsigned char *)Str;
\r
1851 Put = (unsigned char *)Buf;
\r
1853 if( *Get == NUL ){
\r
1856 else if( 0x40 <= *Get && *Get < 0x80 ){
\r
1857 /* Original algorithm */
\r
1858 DecodePasswordOriginal( Str, Buf );
\r
1860 else if( strncmp( Get, "0A", 2 ) == 0 ){
\r
1861 DecodePasswordOriginal( Str + 2, Buf );
\r
1863 else if( strncmp( Get, "0B", 2 ) == 0 ){
\r
1864 DecodePassword2( Str + 2, Buf, SecretKey );
\r
1866 else if( strncmp( Get, "0C", 2 ) == 0 ){
\r
1867 DecodePassword3( Str + 2, Buf, SecretKey );
\r
1870 // unknown encoding
\r
1876 /*----- パスワードの暗号化を解く(オリジナルアルゴリズム) -------------------
\r
1879 * char *Str : 暗号化したパスワード
\r
1880 * char *Buf : パスワードを格納するバッファ
\r
1884 *----------------------------------------------------------------------------*/
\r
1885 static void DecodePasswordOriginal(char *Str, char *Buf)
\r
1887 unsigned char *Get;
\r
1888 unsigned char *Put;
\r
1892 Get = (unsigned char *)Str;
\r
1893 Put = (unsigned char *)Buf;
\r
1895 while(*Get != NUL)
\r
1897 Rnd = ((unsigned int)*Get >> 4) & 0x3;
\r
1898 Ch = (*Get & 0xF) | ((*(Get+1) & 0xF) << 4);
\r
1900 if((*Get & 0x1) != 0)
\r
1904 Ch = (Ch & 0xFF) | ((Ch >> 8) & 0xFF);
\r
1911 /*----- パスワードの暗号化を解く(オリジナルアルゴリズム＾Key) -------------------
\r
1914 * char *Str : 暗号化したパスワード
\r
1915 * char *Buf : パスワードを格納するバッファ
\r
1916 * const char *Key : 暗号化キー
\r
1920 *----------------------------------------------------------------------------*/
\r
1921 static void DecodePassword2(char *Str, char *Buf, const char* Key)
\r
1925 unsigned char *Get = (unsigned char *)Str;
\r
1926 unsigned char *Put = (unsigned char *)Buf;
\r
1928 /* 2010.01.31 genta Key */
\r
1929 unsigned char *KeyHead = (unsigned char *)Key;
\r
1930 unsigned char *KeyEnd = KeyHead + strlen(KeyHead);
\r
1931 unsigned char *KeyCurrent = KeyHead;
\r
1933 while(*Get != NUL)
\r
1935 Rnd = ((unsigned int)*Get >> 4) & 0x3;
\r
1936 Ch = (*Get & 0xF) | ((*(Get+1) & 0xF) << 4);
\r
1938 if((*Get & 0x1) != 0)
\r
1942 Ch = (Ch & 0xFF) | ((Ch >> 8) & 0xFF);
\r
1943 *Put++ = Ch ^ *KeyCurrent;
\r
1945 /* 2010.01.31 genta Key */
\r
1946 if( ++KeyCurrent == KeyEnd ){
\r
1947 KeyCurrent = KeyHead;
\r
1954 /*----- パスワードの暗号化を解く(AES) ---------------------------------------
\r
1957 * char *Str : 暗号化したパスワード
\r
1958 * char *Buf : パスワードを格納するバッファ
\r
1959 * const char *Key : 暗号化キー
\r
1963 *----------------------------------------------------------------------------*/
\r
1965 static void DecodePassword3(char *Str, char *Buf, const char *Key)
\r
1968 unsigned char *EncBuf;
\r
1971 size_t EncBufIndex;
\r
1973 unsigned char AesKey[32];
\r
1974 unsigned char AesCbcIv[AES_BLOCK_SIZE];
\r
1975 aes_decrypt_ctx Ctx;
\r
1980 StrLen = strlen(Str);
\r
1982 if(AES_BLOCK_SIZE * 2 + 1 < StrLen)
\r
1985 EncBufLen = (StrLen - 1 ) / 2 - AES_BLOCK_SIZE;
\r
1986 if((EncBuf = malloc(EncBufLen)) != NULL)
\r
1988 for(IvIndex = 0; IvIndex < AES_BLOCK_SIZE; IvIndex++)
\r
1990 AesCbcIv[IvIndex] = hex2bin(*Get++) << 4;
\r
1991 AesCbcIv[IvIndex] |= hex2bin(*Get++);
\r
1996 if(CreateAesKey(AesKey, Key) == FFFTP_SUCCESS)
\r
1998 aes_decrypt_key(AesKey, 32, &Ctx);
\r
2000 for(EncBufIndex = 0; EncBufIndex < EncBufLen; EncBufIndex++)
\r
2002 EncBuf[EncBufIndex] = hex2bin(*Get++) << 4;
\r
2003 EncBuf[EncBufIndex] |= hex2bin(*Get++);
\r
2005 if(aes_cbc_decrypt(EncBuf, Buf, EncBufLen, AesCbcIv, &Ctx) == EXIT_SUCCESS)
\r
2007 Buf[EncBufLen] = NUL;
\r
2017 /*----- AES用固定長キーを作成 ----------------------------------------------
\r
2020 * unsigned char *AesKey : AES暗号鍵
\r
2021 * const char *Key : 暗号化キー
\r
2024 * int ステータス (FFFTP_SUCCESS/FFFTP_FAIL)
\r
2026 * SHA-1をもちいて32Byte鍵を生成する
\r
2027 *----------------------------------------------------------------------------*/
\r
2029 static int CreateAesKey(unsigned char *AesKey, const char* Key)
\r
2032 uint32 HashKeyLen;
\r
2033 uint32 results[10];
\r
2038 HashKeyLen = strlen(Key) + 16;
\r
2039 if((HashKey = malloc(HashKeyLen + 1)) == NULL){
\r
2040 return (FFFTP_FAIL);
\r
2043 strcpy(HashKey, Key);
\r
2044 strcat(HashKey, ">g^r=@N7=//z<[`:");
\r
2045 sha_memory((uchar *)HashKey, HashKeyLen, results);
\r
2047 strcpy(HashKey, Key);
\r
2048 strcat(HashKey, "VG77dO1#EyC]$|C@");
\r
2049 sha_memory((uchar *)HashKey, HashKeyLen, results + 5);
\r
2053 while(ResIndex < 8){
\r
2054 for(ByteOffset = 0; ByteOffset < 4; ByteOffset++){
\r
2055 AesKey[KeyIndex++] = (results[ResIndex] >> ByteOffset * 8) & 0xff;
\r
2061 return (FFFTP_SUCCESS);
\r
2065 /*===== レジストリとINIファイルのアクセス処理 ============*/
\r
2068 /*===== INIファイル用のレジストリデータ =====*/
\r
2070 typedef struct regdatatbl {
\r
2071 char KeyName[80+1]; /* キー名 */
\r
2072 char ValTbl[REG_SECT_MAX]; /* 値のテーブル */
\r
2073 int ValLen; /* 値データのバイト数 */
\r
2074 int Mode; /* キーのモード */
\r
2075 struct regdatatbl *Next;
\r
2078 /*===== プロトタイプ =====*/
\r
2080 static BOOL WriteOutRegToFile(REGDATATBL *Pos);
\r
2081 static int ReadInReg(char *Name, REGDATATBL **Handle);
\r
2083 //static int StrCatOut(char *Src, int Len, char *Dst);
\r
2084 //static int StrReadIn(char *Src, int Max, char *Dst);
\r
2085 static char *ScanValue(void *Handle, char *Name);
\r
2088 /*===== ローカルなワーク =====*/
\r
2090 static int TmpRegType;
\r
2094 /*----- レジストリのタイプを設定する ------------------------------------------
\r
2097 * int Type : タイプ (REGTYPE_xxx)
\r
2101 * FFFTP_SUCCESS/FFFTP_FAIL
\r
2102 *----------------------------------------------------------------------------*/
\r
2104 static void SetRegType(int Type)
\r
2106 TmpRegType = Type;
\r
2111 /*----- レジストリ/INIファイルをオープンする（読み込み）-----------------------
\r
2114 * char *Name : レジストリ名
\r
2115 * void **Handle : ハンドルを返すワーク
\r
2119 * FFFTP_SUCCESS/FFFTP_FAIL
\r
2120 *----------------------------------------------------------------------------*/
\r
2122 static int OpenReg(char *Name, void **Handle)
\r
2125 char Tmp[FMAX_PATH+1];
\r
2128 if(TmpRegType == REGTYPE_REG)
\r
2130 strcpy(Tmp, "Software\\Sota\\");
\r
2131 strcat(Tmp, Name);
\r
2132 if(RegOpenKeyEx(HKEY_CURRENT_USER, Tmp, 0, KEY_READ, (HKEY *)Handle) == ERROR_SUCCESS)
\r
2133 Sts = FFFTP_SUCCESS;
\r
2137 if((Sts = ReadInReg(Name, (REGDATATBL **)Handle)) == FFFTP_SUCCESS)
\r
2138 ((REGDATATBL *)(*Handle))->Mode = 0;
\r
2144 /*----- レジストリ/INIファイルを作成する（書き込み）---------------------------
\r
2147 * char *Name : レジストリ名
\r
2148 * void **Handle : ハンドルを返すワーク
\r
2152 * FFFTP_SUCCESS/FFFTP_FAIL
\r
2153 *----------------------------------------------------------------------------*/
\r
2155 static int CreateReg(char *Name, void **Handle)
\r
2158 char Tmp[FMAX_PATH+1];
\r
2162 if(TmpRegType == REGTYPE_REG)
\r
2164 strcpy(Tmp, "Software\\Sota\\");
\r
2165 strcat(Tmp, Name);
\r
2166 if(RegCreateKeyEx(HKEY_CURRENT_USER, Tmp, 0, "", REG_OPTION_NON_VOLATILE, KEY_CREATE_SUB_KEY | KEY_SET_VALUE, NULL, (HKEY *)Handle, &Dispos) == ERROR_SUCCESS)
\r
2167 Sts = FFFTP_SUCCESS;
\r
2171 if((*Handle = malloc(sizeof(REGDATATBL))) != NULL)
\r
2173 strcpy(((REGDATATBL *)(*Handle))->KeyName, Name);
\r
2174 ((REGDATATBL *)(*Handle))->ValLen = 0;
\r
2175 ((REGDATATBL *)(*Handle))->Next = NULL;
\r
2176 ((REGDATATBL *)(*Handle))->Mode = 1;
\r
2177 Sts = FFFTP_SUCCESS;
\r
2184 /*----- レジストリ/INIファイルをクローズする ----------------------------------
\r
2187 * void *Handle : ハンドル
\r
2191 * FFFTP_SUCCESS/FFFTP_FAIL
\r
2192 *----------------------------------------------------------------------------*/
\r
2194 static int CloseReg(void *Handle)
\r
2201 if(TmpRegType == REGTYPE_REG)
\r
2203 RegCloseKey(Handle);
\r
2207 // if((Strm = fopen(AskIniFilePath(), "rt")) != NULL)
\r
2210 // MoveFileToTrashCan(AskIniFilePath());
\r
2215 if(((REGDATATBL *)Handle)->Mode == 1)
\r
2217 if(WriteOutRegToFile(Handle) == TRUE)
\r
2219 // /* レジストリをクリア */
\r
2220 // ClearRegistry();
\r
2225 while(Pos != NULL)
\r
2232 return(FFFTP_SUCCESS);
\r
2236 /*----- レジストリ情報をINIファイルに書き込む ---------------------------------
\r
2239 * REGDATATBL *Pos : レジストリデータ
\r
2243 *----------------------------------------------------------------------------*/
\r
2245 static BOOL WriteOutRegToFile(REGDATATBL *Pos)
\r
2252 if((Strm = fopen(AskIniFilePath(), "wt")) != NULL)
\r
2254 fprintf(Strm, MSGJPN239);
\r
2255 while(Pos != NULL)
\r
2257 fprintf(Strm, "\n[%s]\n", Pos->KeyName);
\r
2259 Disp = Pos->ValTbl;
\r
2260 while(Disp < (Pos->ValTbl + Pos->ValLen))
\r
2262 fprintf(Strm, "%s\n", Disp);
\r
2263 Disp = Disp + strlen(Disp) + 1;
\r
2271 MessageBox(NULL, MSGJPN240, "FFFTP", MB_OK);
\r
2277 /*----- INIファイルからレジストリ情報を読み込む -------------------------------
\r
2281 * void *Handle : ハンドル
\r
2285 * FFFTP_SUCCESS/FFFTP_FAIL
\r
2286 *----------------------------------------------------------------------------*/
\r
2288 static int ReadInReg(char *Name, REGDATATBL **Handle)
\r
2303 if((Strm = fopen(AskIniFilePath(), "rt")) != NULL)
\r
2305 if((Buf = malloc(REG_SECT_MAX)) != NULL)
\r
2307 while(fgets(Buf, REG_SECT_MAX, Strm) != NULL)
\r
2311 if((Tmp = strchr(Buf, '\n')) != NULL)
\r
2316 if((New = malloc(sizeof(REGDATATBL))) != NULL)
\r
2318 if((Tmp = strchr(Buf, ']')) != NULL)
\r
2321 // strcpy(New->KeyName, Buf+1);
\r
2322 strncpy(New->KeyName, Buf+1, 80);
\r
2323 New->KeyName[80] = NUL;
\r
2326 Data = New->ValTbl;
\r
2328 if(*Handle == NULL)
\r
2333 while(Pos->Next != NULL)
\r
2338 else if(strlen(Buf) > 0)
\r
2341 // strcpy(Data, Buf);
\r
2342 // Data += strlen(Buf) + 1;
\r
2343 // New->ValLen += strlen(Buf) + 1;
\r
2344 if(Data != NULL && New != NULL)
\r
2346 if(New->ValLen + strlen(Buf) + 1 <= REG_SECT_MAX)
\r
2348 strcpy(Data, Buf);
\r
2349 Data += strlen(Buf) + 1;
\r
2350 New->ValLen += strlen(Buf) + 1;
\r
2356 Sts = FFFTP_SUCCESS;
\r
2365 /*----- サブキーをオープンする ------------------------------------------------
\r
2368 * void *Parent : 親のハンドル
\r
2370 * void **Handle : ハンドルを返すワーク
\r
2374 * FFFTP_SUCCESS/FFFTP_FAIL
\r
2375 *----------------------------------------------------------------------------*/
\r
2377 static int OpenSubKey(void *Parent, char *Name, void **Handle)
\r
2384 if(TmpRegType == REGTYPE_REG)
\r
2386 if(RegOpenKeyEx(Parent, Name, 0, KEY_READ, (HKEY *)Handle) == ERROR_SUCCESS)
\r
2387 Sts = FFFTP_SUCCESS;
\r
2391 strcpy(Key, ((REGDATATBL *)Parent)->KeyName);
\r
2392 strcat(Key, "\\");
\r
2393 strcat(Key, Name);
\r
2395 while(Pos != NULL)
\r
2397 if(strcmp(Pos->KeyName, Key) == 0)
\r
2400 Sts = FFFTP_SUCCESS;
\r
2410 /*----- サブキーを作成する ----------------------------------------------------
\r
2413 * void *Parent : 親のハンドル
\r
2415 * void **Handle : ハンドルを返すワーク
\r
2419 * FFFTP_SUCCESS/FFFTP_FAIL
\r
2420 *----------------------------------------------------------------------------*/
\r
2422 static int CreateSubKey(void *Parent, char *Name, void **Handle)
\r
2429 if(TmpRegType == REGTYPE_REG)
\r
2431 if(RegCreateKeyEx(Parent, Name, 0, "", REG_OPTION_NON_VOLATILE, KEY_SET_VALUE, NULL, (HKEY *)Handle, &Dispos) == ERROR_SUCCESS)
\r
2432 Sts = FFFTP_SUCCESS;
\r
2436 if((*Handle = malloc(sizeof(REGDATATBL))) != NULL)
\r
2438 strcpy(((REGDATATBL *)(*Handle))->KeyName, ((REGDATATBL *)Parent)->KeyName);
\r
2439 strcat(((REGDATATBL *)(*Handle))->KeyName, "\\");
\r
2440 strcat(((REGDATATBL *)(*Handle))->KeyName, Name);
\r
2442 ((REGDATATBL *)(*Handle))->ValLen = 0;
\r
2443 ((REGDATATBL *)(*Handle))->Next = NULL;
\r
2445 Pos = (REGDATATBL *)Parent;
\r
2446 while(Pos->Next != NULL)
\r
2448 Pos->Next = *Handle;
\r
2449 Sts = FFFTP_SUCCESS;
\r
2456 /*----- サブキーをクローズする ------------------------------------------------
\r
2459 * void *Handle : ハンドル
\r
2463 * FFFTP_SUCCESS/FFFTP_FAIL
\r
2464 *----------------------------------------------------------------------------*/
\r
2466 static int CloseSubKey(void *Handle)
\r
2468 if(TmpRegType == REGTYPE_REG)
\r
2469 RegCloseKey(Handle);
\r
2474 return(FFFTP_SUCCESS);
\r
2478 /*----- サブキーを削除する ----------------------------------------------------
\r
2481 * void *Handle : ハンドル
\r
2486 * FFFTP_SUCCESS/FFFTP_FAIL
\r
2487 *----------------------------------------------------------------------------*/
\r
2489 static int DeleteSubKey(void *Handle, char *Name)
\r
2494 if(TmpRegType == REGTYPE_REG)
\r
2496 if(RegDeleteKey(Handle, Name) == ERROR_SUCCESS)
\r
2497 Sts = FFFTP_SUCCESS;
\r
2507 /*----- 値を削除する ----------------------------------------------------------
\r
2510 * void *Handle : ハンドル
\r
2515 * FFFTP_SUCCESS/FFFTP_FAIL
\r
2516 *----------------------------------------------------------------------------*/
\r
2518 static int DeleteValue(void *Handle, char *Name)
\r
2523 if(TmpRegType == REGTYPE_REG)
\r
2525 if(RegDeleteValue(Handle, Name) == ERROR_SUCCESS)
\r
2526 Sts = FFFTP_SUCCESS;
\r
2536 /*----- INT値を読み込む -------------------------------------------------------
\r
2539 * void *Handle : ハンドル
\r
2541 * int *Value : INT値を返すワーク
\r
2545 * FFFTP_SUCCESS/FFFTP_FAIL
\r
2546 *----------------------------------------------------------------------------*/
\r
2548 static int ReadIntValueFromReg(void *Handle, char *Name, int *Value)
\r
2555 if(TmpRegType == REGTYPE_REG)
\r
2557 Size = sizeof(int);
\r
2558 if(RegQueryValueEx(Handle, Name, NULL, NULL, (BYTE *)Value, &Size) == ERROR_SUCCESS)
\r
2559 Sts = FFFTP_SUCCESS;
\r
2563 if((Pos = ScanValue(Handle, Name)) != NULL)
\r
2565 *Value = atoi(Pos);
\r
2566 Sts = FFFTP_SUCCESS;
\r
2570 if(Sts == FFFTP_SUCCESS)
\r
2572 if(EncryptSettings == YES)
\r
2574 UnmaskSettingsData(Name, strlen(Name), Value, sizeof(int), NO);
\r
2575 CalculateSettingsDataChecksum(Value, sizeof(int));
\r
2582 /*----- INT値を書き込む -------------------------------------------------------
\r
2585 * void *Handle : ハンドル
\r
2587 * int Value : INT値
\r
2591 * FFFTP_SUCCESS/FFFTP_FAIL
\r
2592 *----------------------------------------------------------------------------*/
\r
2594 static int WriteIntValueToReg(void *Handle, char *Name, int Value)
\r
2601 if(EncryptSettings == YES)
\r
2602 MaskSettingsData(Name, strlen(Name), &Value, sizeof(int), NO);
\r
2603 if(TmpRegType == REGTYPE_REG)
\r
2604 RegSetValueEx(Handle, Name, 0, REG_DWORD, (CONST BYTE *)&Value, sizeof(int));
\r
2607 Pos = (REGDATATBL *)Handle;
\r
2608 Data = Pos->ValTbl + Pos->ValLen;
\r
2609 strcpy(Data, Name);
\r
2610 strcat(Data, "=");
\r
2611 sprintf(Tmp, "%d", Value);
\r
2612 strcat(Data, Tmp);
\r
2613 Pos->ValLen += strlen(Data) + 1;
\r
2616 if(EncryptSettings == YES)
\r
2618 UnmaskSettingsData(Name, strlen(Name), &Value, sizeof(int), NO);
\r
2619 CalculateSettingsDataChecksum(&Value, sizeof(int));
\r
2621 return(FFFTP_SUCCESS);
\r
2625 /*----- 文字列を読み込む ------------------------------------------------------
\r
2628 * void *Handle : ハンドル
\r
2630 * char *Str : 文字列を返すワーク
\r
2631 * DWORD Size : 最大サイズ
\r
2635 * FFFTP_SUCCESS/FFFTP_FAIL
\r
2636 *----------------------------------------------------------------------------*/
\r
2638 static int ReadStringFromReg(void *Handle, char *Name, char *Str, DWORD Size)
\r
2648 if(TmpRegType == REGTYPE_REG)
\r
2650 if(RegQueryValueEx(Handle, Name, NULL, NULL, (BYTE *)Str, &Size) == ERROR_SUCCESS)
\r
2652 if(*(Str + Size - 1) != NUL)
\r
2653 *(Str + Size) = NUL;
\r
2654 Sts = FFFTP_SUCCESS;
\r
2659 if((Pos = ScanValue(Handle, Name)) != NULL)
\r
2662 // Size = min1(Size-1, strlen(Pos));
\r
2663 // Size = StrReadIn(Pos, Size, Str);
\r
2664 // *(Str + Size) = NUL;
\r
2665 // Sts = FFFTP_SUCCESS;
\r
2666 switch(IniKanjiCode)
\r
2669 TempSize = min1(Size-1, strlen(Pos));
\r
2670 TempSize = StrReadIn(Pos, TempSize, Str);
\r
2671 *(Str + TempSize) = NUL;
\r
2672 Sts = FFFTP_SUCCESS;
\r
2675 if(pa0 = AllocateStringA(Size * 4))
\r
2677 if(pw0 = AllocateStringW(Size * 4 * 4))
\r
2679 TempSize = min1((Size * 4) - 1, strlen(Pos));
\r
2680 TempSize = StrReadIn(Pos, TempSize, pa0);
\r
2681 *(pa0 + TempSize) = NUL;
\r
2682 AtoW(pw0, Size * 4 * 4, pa0, -1);
\r
2683 WtoM(Str, Size, pw0, -1);
\r
2684 TerminateStringM(Str, Size);
\r
2685 Sts = FFFTP_SUCCESS;
\r
2686 FreeDuplicatedString(pw0);
\r
2688 FreeDuplicatedString(pa0);
\r
2695 if(Sts == FFFTP_SUCCESS)
\r
2697 if(EncryptSettings == YES)
\r
2699 UnmaskSettingsData(Name, strlen(Name), Str, strlen(Str) + 1, YES);
\r
2700 CalculateSettingsDataChecksum(Str, strlen(Str) + 1);
\r
2707 /*----- 文字列を書き込む ------------------------------------------------------
\r
2710 * void *Handle : ハンドル
\r
2716 * FFFTP_SUCCESS/FFFTP_FAIL
\r
2717 *----------------------------------------------------------------------------*/
\r
2719 static int WriteStringToReg(void *Handle, char *Name, char *Str)
\r
2725 if(EncryptSettings == YES)
\r
2726 MaskSettingsData(Name, strlen(Name), Str, strlen(Str) + 1, YES);
\r
2727 if(TmpRegType == REGTYPE_REG)
\r
2729 // RegSetValueEx(Handle, Name, 0, REG_SZ, (CONST BYTE *)Str, strlen(Str)+1);
\r
2730 RegSetValueEx(Handle, Name, 0, EncryptSettings == YES ? REG_BINARY : REG_SZ, (CONST BYTE *)Str, strlen(Str)+1);
\r
2733 Pos = (REGDATATBL *)Handle;
\r
2734 Data = Pos->ValTbl + Pos->ValLen;
\r
2735 strcpy(Data, Name);
\r
2736 strcat(Data, "=");
\r
2737 Pos->ValLen += strlen(Data);
\r
2738 Data = Pos->ValTbl + Pos->ValLen;
\r
2739 Pos->ValLen += StrCatOut(Str, strlen(Str), Data) + 1;
\r
2742 if(EncryptSettings == YES)
\r
2744 UnmaskSettingsData(Name, strlen(Name), Str, strlen(Str) + 1, YES);
\r
2745 CalculateSettingsDataChecksum(Str, strlen(Str) + 1);
\r
2747 return(FFFTP_SUCCESS);
\r
2751 /*----- マルチ文字列を読み込む ------------------------------------------------
\r
2754 * void *Handle : ハンドル
\r
2756 * char *Str : 文字列を返すワーク
\r
2757 * DWORD Size : 最大サイズ
\r
2761 * FFFTP_SUCCESS/FFFTP_FAIL
\r
2762 *----------------------------------------------------------------------------*/
\r
2764 static int ReadMultiStringFromReg(void *Handle, char *Name, char *Str, DWORD Size)
\r
2774 if(TmpRegType == REGTYPE_REG)
\r
2776 if(RegQueryValueEx(Handle, Name, NULL, NULL, (BYTE *)Str, &Size) == ERROR_SUCCESS)
\r
2778 if(*(Str + Size - 1) != NUL)
\r
2779 *(Str + Size) = NUL;
\r
2780 Sts = FFFTP_SUCCESS;
\r
2785 if((Pos = ScanValue(Handle, Name)) != NULL)
\r
2788 // Size = min1(Size-1, strlen(Pos));
\r
2789 // Size = StrReadIn(Pos, Size, Str);
\r
2790 // *(Str + Size) = NUL;
\r
2791 // Sts = FFFTP_SUCCESS;
\r
2792 switch(IniKanjiCode)
\r
2795 TempSize = min1(Size - 2, strlen(Pos));
\r
2796 TempSize = StrReadIn(Pos, TempSize, Str);
\r
2797 *(Str + TempSize) = NUL;
\r
2798 *(Str + TempSize + 1) = NUL;
\r
2799 Sts = FFFTP_SUCCESS;
\r
2802 if(pa0 = AllocateStringA(Size * 4))
\r
2804 if(pw0 = AllocateStringW(Size * 4 * 4))
\r
2806 TempSize = min1((Size * 4) - 2, strlen(Pos));
\r
2807 TempSize = StrReadIn(Pos, TempSize, pa0);
\r
2808 *(pa0 + TempSize) = NUL;
\r
2809 *(pa0 + TempSize + 1) = NUL;
\r
2810 AtoWMultiString(pw0, Size * 4 * 4, pa0);
\r
2811 WtoMMultiString(Str, Size, pw0);
\r
2812 TerminateStringM(Str, Size);
\r
2813 TerminateStringM(Str, Size - 1);
\r
2814 Sts = FFFTP_SUCCESS;
\r
2815 FreeDuplicatedString(pw0);
\r
2817 FreeDuplicatedString(pa0);
\r
2824 if(Sts == FFFTP_SUCCESS)
\r
2826 if(EncryptSettings == YES)
\r
2828 UnmaskSettingsData(Name, strlen(Name), Str, StrMultiLen(Str) + 1, YES);
\r
2829 CalculateSettingsDataChecksum(Str, StrMultiLen(Str) + 1);
\r
2836 /*----- マルチ文字列を書き込む ------------------------------------------------
\r
2839 * void *Handle : ハンドル
\r
2845 * FFFTP_SUCCESS/FFFTP_FAIL
\r
2846 *----------------------------------------------------------------------------*/
\r
2848 static int WriteMultiStringToReg(void *Handle, char *Name, char *Str)
\r
2854 if(EncryptSettings == YES)
\r
2855 MaskSettingsData(Name, strlen(Name), Str, StrMultiLen(Str) + 1, YES);
\r
2856 if(TmpRegType == REGTYPE_REG)
\r
2858 // RegSetValueEx(Handle, Name, 0, REG_MULTI_SZ, (CONST BYTE *)Str, StrMultiLen(Str)+1);
\r
2859 RegSetValueEx(Handle, Name, 0, EncryptSettings == YES ? REG_BINARY : REG_MULTI_SZ, (CONST BYTE *)Str, StrMultiLen(Str)+1);
\r
2862 Pos = (REGDATATBL *)Handle;
\r
2863 Data = Pos->ValTbl + Pos->ValLen;
\r
2864 strcpy(Data, Name);
\r
2865 strcat(Data, "=");
\r
2866 Pos->ValLen += strlen(Data);
\r
2867 Data = Pos->ValTbl + Pos->ValLen;
\r
2868 Pos->ValLen += StrCatOut(Str, StrMultiLen(Str), Data) + 1;
\r
2871 if(EncryptSettings == YES)
\r
2873 UnmaskSettingsData(Name, strlen(Name), Str, StrMultiLen(Str) + 1, YES);
\r
2874 CalculateSettingsDataChecksum(Str, StrMultiLen(Str) + 1);
\r
2876 return(FFFTP_SUCCESS);
\r
2880 /*----- バイナリを読み込む-----------------------------------------------------
\r
2883 * void *Handle : ハンドル
\r
2885 * void *Bin : バイナリを返すワーク
\r
2886 * DWORD Size : 最大サイズ
\r
2890 * FFFTP_SUCCESS/FFFTP_FAIL
\r
2891 *----------------------------------------------------------------------------*/
\r
2893 static int ReadBinaryFromReg(void *Handle, char *Name, void *Bin, DWORD Size)
\r
2899 if(TmpRegType == REGTYPE_REG)
\r
2901 if(RegQueryValueEx(Handle, Name, NULL, NULL, (BYTE *)Bin, &Size) == ERROR_SUCCESS)
\r
2902 Sts = FFFTP_SUCCESS;
\r
2906 if((Pos = ScanValue(Handle, Name)) != NULL)
\r
2908 Size = min1(Size, strlen(Pos));
\r
2909 Size = StrReadIn(Pos, Size, Bin);
\r
2910 Sts = FFFTP_SUCCESS;
\r
2914 if(Sts == FFFTP_SUCCESS)
\r
2916 if(EncryptSettings == YES)
\r
2918 UnmaskSettingsData(Name, strlen(Name), Bin, Size, NO);
\r
2919 CalculateSettingsDataChecksum(Bin, Size);
\r
2926 /*----- バイナリを書き込む ----------------------------------------------------
\r
2929 * void *Handle : ハンドル
\r
2931 * void *Bin : バイナリ
\r
2936 * FFFTP_SUCCESS/FFFTP_FAIL
\r
2937 *----------------------------------------------------------------------------*/
\r
2939 static int WriteBinaryToReg(void *Handle, char *Name, void *Bin, int Len)
\r
2945 if(EncryptSettings == YES)
\r
2946 MaskSettingsData(Name, strlen(Name), Bin, Len, NO);
\r
2947 if(TmpRegType == REGTYPE_REG)
\r
2948 RegSetValueEx(Handle, Name, 0, REG_BINARY, (CONST BYTE *)Bin, Len);
\r
2951 Pos = (REGDATATBL *)Handle;
\r
2952 Data = Pos->ValTbl + Pos->ValLen;
\r
2953 strcpy(Data, Name);
\r
2954 strcat(Data, "=");
\r
2955 Pos->ValLen += strlen(Data);
\r
2956 Data = Pos->ValTbl + Pos->ValLen;
\r
2957 Pos->ValLen += StrCatOut(Bin, Len, Data) + 1;
\r
2960 if(EncryptSettings == YES)
\r
2962 UnmaskSettingsData(Name, strlen(Name), Bin, Len, NO);
\r
2963 CalculateSettingsDataChecksum(Bin, Len);
\r
2965 return(FFFTP_SUCCESS);
\r
2969 /*----- 文字列をバッファに追加書き込みする ------------------------------------
\r
2973 * int len : 文字列の長さ
\r
2974 * char *Dst : 書き込みするバッファ
\r
2978 *----------------------------------------------------------------------------*/
\r
2980 static int StrCatOut(char *Src, int Len, char *Dst)
\r
2984 Dst += strlen(Dst);
\r
2986 for(; Len > 0; Len--)
\r
2994 else if((*Src >= 0x20) && (*Src <= 0x7E))
\r
3001 sprintf(Dst, "\\%02X", *(unsigned char *)Src);
\r
3012 /*----- 文字列をバッファに読み込む --------------------------------------------
\r
3017 * char *Dst : 書き込みするバッファ
\r
3021 *----------------------------------------------------------------------------*/
\r
3023 static int StrReadIn(char *Src, int Max, char *Dst)
\r
3029 while(*Src != NUL)
\r
3041 sscanf(Src, "%02x", &Tmp);
\r
3057 /*----- 値を検索する ----------------------------------------------------------
\r
3060 * char *Handle : ハンドル
\r
3065 * NULL=指定の名前の値が見つからない
\r
3066 *----------------------------------------------------------------------------*/
\r
3068 static char *ScanValue(void *Handle, char *Name)
\r
3076 Pos = Cur->ValTbl;
\r
3077 while(Pos < (Cur->ValTbl + Cur->ValLen))
\r
3079 if((strncmp(Name, Pos, strlen(Name)) == 0) &&
\r
3080 (*(Pos + strlen(Name)) == '='))
\r
3082 Ret = Pos + strlen(Name) + 1;
\r
3085 Pos += strlen(Pos) + 1;
\r
3091 /*----------- パスワードの妥当性を確認する ------------------------------------
\r
3094 * char *Password: パスワード文字列
\r
3095 * char *HashStr: SHA-1ハッシュ文字列
\r
3101 *----------------------------------------------------------------------------*/
\r
3102 int CheckPasswordValidity( char* Password, int length, const char* HashStr )
\r
3109 const char* p = HashStr;
\r
3111 /* 空文字列は一致したことにする */
\r
3112 if( HashStr[0] == NUL ) return 1;
\r
3114 /* Hashをチェックするする*/
\r
3115 if( strlen(HashStr) != 40 ) return 2;
\r
3118 for( i = 0; i < 5; i++ ){
\r
3120 for( j = 0; j < 8; j++ ){
\r
3121 if( *p < 0x40 || 0x40 + 15 < *p ){
\r
3124 decode = (decode << 4 ) + (*p - 0x40);
\r
3127 hash1[i] = decode;
\r
3130 /* Password をハッシュする */
\r
3131 sha_memory( Password, length, hash2 );
\r
3133 if( memcmp( (char*)hash1, (char*)hash2, sizeof( hash1 )) == 0 ){
\r
3139 /*----------- パスワードの妥当性チェックのための文字列を作成する ------------
\r
3142 * char *Password: パスワード文字列
\r
3143 * char *Str: SHA-1ハッシュ文字列格納場所 (41bytes以上)
\r
3147 *----------------------------------------------------------------------------*/
\r
3148 void CreatePasswordHash( char* Password, int length, char* HashStr )
\r
3152 unsigned char *p = (unsigned char *)HashStr;
\r
3154 sha_memory( Password, length, hash );
\r
3156 for( i = 0; i < 5; i++ ){
\r
3157 ulong rest = hash[i];
\r
3158 for( j = 0; j < 8; j++ ){
\r
3159 *p++ = (unsigned char)((rest & 0xf0000000) >> 28) + '@';
\r
3166 void SetHashSalt( DWORD salt )
\r
3168 unsigned char* pos = &SecretKey[strlen(SecretKey) + 1];
\r
3169 *pos++ = ( salt >> 24 ) & 0xff;
\r
3170 *pos++ = ( salt >> 16 ) & 0xff;
\r
3171 *pos++ = ( salt >> 8 ) & 0xff;
\r
3172 *pos++ = ( salt ) & 0xff;
\r
3174 SecretKeyLength = strlen( SecretKey ) + 5;
\r
3177 /*----------- 乱数生成をする -------------------------------------------------
\r
3182 * ランダムな値：コンパイラVS2005/動作環境WinXP以上では rand_s から取得する
\r
3183 *----------------------------------------------------------------------------*/
\r
3184 DWORD GetRandamDWRODValue(void)
\r
3188 #ifdef _CRT_RAND_S
\r
3189 errno_t errnoRand_s;
\r
3190 errnoRand_s = rand_s(&rndValue);
\r
3191 errorCode = (0 != errnoRand_s ? 1 : 0);
\r
3195 if(0 != errorCode){
\r
3196 #ifdef USE_RANDAM_C_RAND
\r
3197 rndValue = rand() | (rand() << 16);
\r
3199 /* rand() のかわりに、SHA-1とパフォーマンスカウンタを用いる */
\r
3200 ulong shaValue[5];
\r
3201 LARGE_INTEGER Counter;
\r
3203 if(0 == IsRndSourceInit){
\r
3205 HANDLE CurProcHandle;
\r
3206 HANDLE CurThreadHandle;
\r
3208 if(DuplicateHandle(GetCurrentProcess(), GetCurrentProcess(), GetCurrentProcess(),
\r
3209 &CurProcHandle, 0, FALSE, DUPLICATE_SAME_ACCESS))
\r
3211 CloseHandle(CurProcHandle);
\r
3213 if(DuplicateHandle(GetCurrentProcess(), GetCurrentThread(), GetCurrentProcess(),
\r
3214 &CurThreadHandle, 0, FALSE, DUPLICATE_SAME_ACCESS))
\r
3216 CloseHandle(CurThreadHandle);
\r
3219 /* _WIN64 では64bitだが、その場合はrand_sが大抵利用可能なのでここでは32bitのみ用いる */
\r
3220 RndSource[0] = (ulong)CurProcHandle;
\r
3221 RndSource[1] = (ulong)CurThreadHandle;
\r
3222 RndSource[2] = (ulong)GetTickCount();
\r
3223 RndSource[3] = (ulong)timeGetTime();
\r
3224 RndSource[4] = 0; /* カウントアップ */
\r
3225 RndSource[5] = RndSource[3] + 1;
\r
3226 IsRndSourceInit = 1;
\r
3229 RndSource[5] += 0x00010010;
\r
3230 if(QueryPerformanceCounter(&Counter)){
\r
3231 RndSource[6] = Counter.LowPart;
\r
3232 RndSource[7] = Counter.HighPart;
\r
3233 RndSource[8] = (ulong)rand();
\r
3235 RndSource[6] = (ulong)timeGetTime();
\r
3236 RndSource[7] = (ulong)rand();
\r
3237 RndSource[8] = (ulong)rand();
\r
3240 sha_memory((char *)RndSource, sizeof(RndSource), shaValue);
\r
3241 rndValue = shaValue[0] ^ shaValue[1] ^ shaValue[2] ^ shaValue[3] ^ shaValue[4];
\r
3248 // 内部状態推定対策としてハッシュの160ビットのうち80ビットのみを鍵として使用
\r
3249 void MaskSettingsData(const char* Salt, int SaltLength, void* Data, DWORD Size, int EscapeZero)
\r
3251 char Key[FMAX_PATH*2+1];
\r
3257 memcpy(&Key[0], SecretKey, SecretKeyLength);
\r
3258 memcpy(&Key[SecretKeyLength], Salt, SaltLength);
\r
3260 for(i = 0; i < Size; i++)
\r
3264 memcpy(&Key[SecretKeyLength + SaltLength], &i, 4);
\r
3265 sha_memory(Key, SecretKeyLength + SaltLength + 4, Hash);
\r
3266 // sha.cはビッグエンディアンのため
\r
3267 for(j = 0; j < 5; j++)
\r
3268 Hash[j] = _byteswap_ulong(Hash[j]);
\r
3269 memcpy(&Mask, &Hash, 10);
\r
3271 if(EscapeZero == NO || (p[i] != 0 && p[i] != Mask[i % 10]))
\r
3272 p[i] ^= Mask[i % 10];
\r
3276 void UnmaskSettingsData(const char* Salt, int SaltLength, void* Data, DWORD Size, int EscapeZero)
\r
3278 MaskSettingsData(Salt, SaltLength, Data, Size, EscapeZero);
\r
3281 void CalculateSettingsDataChecksum(void* Data, DWORD Size)
\r
3286 sha_memory((char*)Data, Size, Hash);
\r
3287 // sha.cはビッグエンディアンのため
\r
3288 for(i = 0; i < 5; i++)
\r
3289 Hash[i] = _byteswap_ulong(Hash[i]);
\r
3290 memcpy(&Mask, &Hash, 20);
\r
3291 for(i = 0; i < 20; i++)
\r
3292 EncryptSettingsChecksum[i] ^= Mask[i];
\r
3296 int IsRegAvailable()
\r
3301 SetRegType(REGTYPE_REG);
\r
3302 if(OpenReg("FFFTP", &h) == FFFTP_SUCCESS)
\r
3310 int IsIniAvailable()
\r
3315 SetRegType(REGTYPE_INI);
\r
3316 if(OpenReg("FFFTP", &h) == FFFTP_SUCCESS)
\r
3325 int ReadSettingsVersion()
\r
3331 SetRegType(REGTYPE_INI);
\r
3332 if((i = OpenReg("FFFTP", &hKey3)) != FFFTP_SUCCESS)
\r
3334 if(AskForceIni() == NO)
\r
3336 SetRegType(REGTYPE_REG);
\r
3337 i = OpenReg("FFFTP", &hKey3);
\r
3340 Version = INT_MAX;
\r
3341 if(i == FFFTP_SUCCESS)
\r
3343 ReadIntValueFromReg(hKey3, "Version", &Version);
\r
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