BOOL RegisterStateChangeCallback (
UINT32 CodeOffset,
UINT32 RegisterNumber,
GcSlotFlags Flags,
GcSlotState NewState,
PVOID pvData)
{
GcInfoDumpState *pState = (GcInfoDumpState*)pvData;
if (pState->fSafePoint && (GC_SLOT_LIVE != NewState))
{
// Don't print deaths for safepoints
return FALSE;
}
if (pState->LastCodeOffset != CodeOffset)
{
if (pState->fAnythingPrinted)
pState->pfnPrintf("\n");
pState->pfnPrintf("%08x", CodeOffset);
pState->LastCodeOffset = CodeOffset;
}
char delta = ((GC_SLOT_LIVE == NewState) ? '+' : '-');
pState->pfnPrintf(" %c%s", delta, GetRegName(RegisterNumber));
PrintFlags(pState->pfnPrintf, Flags);
pState->fAnythingPrinted = TRUE;
return FALSE;
}
BOOL Cfg::LoadPacket(int idx, MsgBuf *msg, char *head, ULONG *img_base)
{
char key[MAX_LISTBUF];
GetRegName(key, nicAddr, portNo);
TRegistry reg(HS_TOOLS, key);
if (!reg.CreateKey(SAVEPACKETKEY_STR)) return FALSE;
if (!reg.EnumKey(idx, key, sizeof(key))) return FALSE;
if (!reg.OpenKey(key)) return FALSE;
int size = (int)offsetof(MsgBuf, msgBuf);
reg.GetByte(MSGHEADKEY_STR, (BYTE *)msg, &size);
size = (int)sizeof(msg->msgBuf);
reg.GetByte(MSGBUFKEY_STR, (BYTE *)msg->msgBuf, &size);
size = (int)sizeof(msg->exBuf);
reg.GetByte(MSGEXBUFKEY_STR, (BYTE *)msg->exBuf, &size);
size = (int)sizeof(msg->packetNoStr);
reg.GetByte(MSGPKTNOKEY_STR, (BYTE *)msg->packetNoStr, &size);
size = MAX_LISTBUF;
reg.GetByte(HEADKEY_STR, (BYTE *)head, &size);
reg.GetInt(IMGBASEKEY_STR, (int *)img_base);
return TRUE;
}
BOOL Cfg::CleanupPackets()
{
char key[MAX_LISTBUF];
GetRegName(key, nicAddr, portNo);
TRegistry reg(HS_TOOLS, key);
return reg.DeleteChildTree(SAVEPACKETKEY_STR);
}
BOOL Cfg::DeletePacket(ULONG packetNo, const char *userName)
{
char key[MAX_LISTBUF];
GetRegName(key, nicAddr, portNo);
TRegistry reg(HS_TOOLS, key);
if (!reg.CreateKey(SAVEPACKETKEY_STR)) return FALSE;
sprintf(key, "%x:%s", packetNo, userName);
return reg.DeleteKey(key);
}
BOOL Cfg::SavePacket(const MsgBuf *msg, const char *head, ULONG img_base)
{
char key[MAX_LISTBUF];
GetRegName(key, nicAddr, portNo);
TRegistry reg(HS_TOOLS, key);
if (!reg.CreateKey(SAVEPACKETKEY_STR)) return FALSE;
sprintf(key, "%x:%s", msg->packetNo, msg->hostSub.userName);
if (!reg.CreateKey(key)) return FALSE;
reg.SetByte(MSGHEADKEY_STR, (BYTE *)msg, (int)offsetof(MsgBuf, msgBuf));
reg.SetByte(MSGBUFKEY_STR, (BYTE *)msg->msgBuf, (int)strlen(msg->msgBuf)+1);
reg.SetByte(MSGEXBUFKEY_STR, (BYTE *)msg->exBuf, (int)strlen(msg->exBuf)+1);
reg.SetByte(MSGPKTNOKEY_STR, (BYTE *)msg->packetNoStr, (int)strlen(msg->packetNoStr)+1);
reg.SetByte(HEADKEY_STR, (BYTE *)head, (int)strlen(head)+1);
reg.SetInt(IMGBASEKEY_STR, (int)img_base);
return TRUE;
}
size_t GCDump::DumpGCTable(PTR_CBYTE gcInfoBlock,
unsigned methodSize,
bool verifyGCTables)
{
GCInfoToken gcInfoToken = { dac_cast<PTR_VOID>(gcInfoBlock), gcInfoVersion };
GcInfoDecoder hdrdecoder(gcInfoToken,
(GcInfoDecoderFlags)( DECODE_SECURITY_OBJECT
| DECODE_GS_COOKIE
| DECODE_CODE_LENGTH
| DECODE_PSP_SYM
| DECODE_VARARG
| DECODE_GENERICS_INST_CONTEXT
| DECODE_GC_LIFETIMES
| DECODE_PROLOG_LENGTH
| DECODE_RETURN_KIND),
0);
if (NO_SECURITY_OBJECT != hdrdecoder.GetSecurityObjectStackSlot() ||
NO_GENERICS_INST_CONTEXT != hdrdecoder.GetGenericsInstContextStackSlot() ||
NO_GS_COOKIE == hdrdecoder.GetGSCookieStackSlot())
{
gcPrintf("Prolog size: ");
UINT32 prologSize = hdrdecoder.GetPrologSize();
gcPrintf("%d\n", prologSize);
}
gcPrintf("Security object: ");
if (NO_SECURITY_OBJECT == hdrdecoder.GetSecurityObjectStackSlot())
{
gcPrintf("<none>\n");
}
else
{
INT32 ofs = hdrdecoder.GetSecurityObjectStackSlot();
char sign = '+';
if (ofs < 0)
{
sign = '-';
ofs = -ofs;
}
gcPrintf("caller.sp%c%x\n", sign, ofs);
}
gcPrintf("GS cookie: ");
if (NO_GS_COOKIE == hdrdecoder.GetGSCookieStackSlot())
{
gcPrintf("<none>\n");
}
else
{
INT32 ofs = hdrdecoder.GetGSCookieStackSlot();
char sign = '+';
if (ofs < 0)
{
sign = '-';
ofs = -ofs;
}
gcPrintf("caller.sp%c%x\n", sign, ofs);
UINT32 validRangeStart = hdrdecoder.GetGSCookieValidRangeStart();
UINT32 validRangeEnd = hdrdecoder.GetGSCookieValidRangeEnd();
gcPrintf("GS cookie valid range: [%x;%x)\n", validRangeStart, validRangeEnd);
}
gcPrintf("PSPSym: ");
if (NO_PSP_SYM == hdrdecoder.GetPSPSymStackSlot())
{
gcPrintf("<none>\n");
}
else
{
INT32 ofs = hdrdecoder.GetPSPSymStackSlot();
char sign = '+';
if (ofs < 0)
{
sign = '-';
ofs = -ofs;
}
#ifdef _TARGET_AMD64_
// The PSPSym is relative to InitialSP on X64 and CallerSP on other platforms.
gcPrintf("initial.sp%c%x\n", sign, ofs);
#else
gcPrintf("caller.sp%c%x\n", sign, ofs);
#endif
}
gcPrintf("Generics inst context: ");
if (NO_GENERICS_INST_CONTEXT == hdrdecoder.GetGenericsInstContextStackSlot())
{
gcPrintf("<none>\n");
}
else
{
INT32 ofs = hdrdecoder.GetGenericsInstContextStackSlot();
char sign = '+';
if (ofs < 0)
{
sign = '-';
ofs = -ofs;
}
gcPrintf("caller.sp%c%x\n", sign, ofs);
}
gcPrintf("PSP slot: ");
if (NO_PSP_SYM == hdrdecoder.GetPSPSymStackSlot())
{
gcPrintf("<none>\n");
}
else
{
INT32 ofs = hdrdecoder.GetPSPSymStackSlot();
char sign = '+';
if (ofs < 0)
{
sign = '-';
ofs = -ofs;
}
gcPrintf("caller.sp%c%x\n", sign, ofs);
}
gcPrintf("GenericInst slot: ");
if (NO_GENERICS_INST_CONTEXT == hdrdecoder.GetGenericsInstContextStackSlot())
{
gcPrintf("<none>\n");
}
else
{
INT32 ofs = hdrdecoder.GetGenericsInstContextStackSlot();
char sign = '+';
if (ofs < 0)
{
sign = '-';
ofs = -ofs;
}
gcPrintf("caller.sp%c%x ", sign, ofs);
if (hdrdecoder.HasMethodDescGenericsInstContext())
gcPrintf("(GENERIC_PARAM_CONTEXT_METHODDESC)\n");
else if (hdrdecoder.HasMethodTableGenericsInstContext())
gcPrintf("(GENERIC_PARAM_CONTEXT_METHODHANDLE)\n");
else
gcPrintf("(GENERIC_PARAM_CONTEXT_THIS)\n");
}
gcPrintf("Varargs: %u\n", hdrdecoder.GetIsVarArg());
gcPrintf("Frame pointer: %s\n", NO_STACK_BASE_REGISTER == hdrdecoder.GetStackBaseRegister()
? "<none>"
: GetRegName(hdrdecoder.GetStackBaseRegister()));
gcPrintf("Wants Report Only Leaf: %u\n", hdrdecoder.WantsReportOnlyLeaf());
#ifdef FIXED_STACK_PARAMETER_SCRATCH_AREA
gcPrintf("Size of parameter area: %x\n", hdrdecoder.GetSizeOfStackParameterArea());
#endif
ReturnKind returnKind = hdrdecoder.GetReturnKind();
gcPrintf("Return Kind: %s\n", ReturnKindToString(returnKind));
UINT32 cbEncodedMethodSize = hdrdecoder.GetCodeLength();
gcPrintf("Code size: %x\n", cbEncodedMethodSize);
GcInfoDumper dumper(gcInfoToken);
GcInfoDumpState state;
state.LastCodeOffset = -1;
state.fAnythingPrinted = FALSE;
state.fSafePoint = FALSE;
state.FrameRegister = hdrdecoder.GetStackBaseRegister();
state.pfnPrintf = gcPrintf;
GcInfoDumper::EnumerateStateChangesResults result = dumper.EnumerateStateChanges(
&InterruptibleStateChangeCallback,
&RegisterStateChangeCallback,
&StackSlotStateChangeCallback,
&SafePointCallback,
&state);
if (state.fAnythingPrinted)
gcPrintf("\n");
switch (result)
{
case GcInfoDumper::SUCCESS:
// do nothing
break;
case GcInfoDumper::OUT_OF_MEMORY:
gcPrintf("out of memory\n");
break;
case GcInfoDumper::REPORTED_REGISTER_IN_CALLERS_FRAME:
gcPrintf("reported register in caller's frame\n");
break;
case GcInfoDumper::REPORTED_FRAME_POINTER:
gcPrintf("reported frame register\n");
break;
case GcInfoDumper::REPORTED_INVALID_BASE_REGISTER:
gcPrintf("reported pointer relative to wrong base register\n");
break;
case GcInfoDumper::REPORTED_INVALID_POINTER:
gcPrintf("reported invalid pointer\n");
break;
case GcInfoDumper::DECODER_FAILED:
gcPrintf("decoder failed\n");
break;
default:
gcPrintf("invalid GC info\n");
break;
}
return (result == GcInfoDumper::SUCCESS) ? dumper.GetGCInfoSize() : 0;
}
BOOL StackSlotStateChangeCallback (
UINT32 CodeOffset,
GcSlotFlags flags,
GcStackSlotBase BaseRegister,
SSIZE_T StackOffset,
GcSlotState NewState,
PVOID pvData)
{
GcInfoDumpState *pState = (GcInfoDumpState*)pvData;
if (pState->fSafePoint && (GC_SLOT_LIVE != NewState))
{
// Don't print deaths for safepoints
return FALSE;
}
if (pState->LastCodeOffset != CodeOffset)
{
if (pState->fAnythingPrinted)
pState->pfnPrintf("\n");
if ((CodeOffset == -2) && !pState->fAnythingPrinted)
pState->pfnPrintf("Untracked:");
else
pState->pfnPrintf("%08x", CodeOffset);
pState->LastCodeOffset = CodeOffset;
}
char delta = ((GC_SLOT_LIVE == NewState) ? '+' : '-');
CHAR sign = '+';
// the dumper's call back (in GcInfoDumper.cpp) has to "guess" the base register
// for stack slots it usually guesses it wrong ......
// We try to filter out at least the non-sensical combinations
// - negative offset relative to SP
// - positive offset relative to CALLER_SP
if (StackOffset < 0)
{
StackOffset = -StackOffset;
sign = '-';
#ifndef GCINFODUMPER_IS_FIXED
if (BaseRegister == GC_SP_REL)
{ // negative offset to SP????
BaseRegister = GC_CALLER_SP_REL;
}
#endif // !GCINFODUMPER_IS_FIXED
}
#ifndef GCINFODUMPER_IS_FIXED
else if (BaseRegister == GC_CALLER_SP_REL)
{ // positive offset to Caller_SP????
BaseRegister = GC_SP_REL;
}
#endif // !GCINFODUMPER_IS_FIXED
PCSTR pszBaseReg;
switch (BaseRegister)
{
case GC_CALLER_SP_REL:
pszBaseReg = "caller.sp";
break;
case GC_SP_REL:
pszBaseReg = "sp";
break;
case GC_FRAMEREG_REL:
pszBaseReg = GetRegName(pState->FrameRegister);
break;
default:
pszBaseReg = "???";
break;
}
pState->pfnPrintf(" %c%s%c%x", delta, pszBaseReg, sign, StackOffset);
PrintFlags(pState->pfnPrintf, flags);
pState->fAnythingPrinted = TRUE;
return FALSE;
}
BOOL Cfg::WriteRegistry(int ctl_flg)
{
char buf[MAX_LISTBUF], val[MAX_LISTBUF];
int i;
GetRegName(buf, nicAddr, portNo);
TRegistry reg(HS_TOOLS, buf);
if (ctl_flg & CFG_GENERAL)
{
reg.SetStr(NULL, GetVersionStr());
reg.SetInt(LCID_KEY, lcid);
reg.SetInt(NOBEEP_STR, NoBeep);
reg.SetInt(NOTCP_STR, NoTcp);
reg.SetInt(LISTGET_STR, ListGet);
reg.SetInt(LISTGETMSEC_STR, (int)ListGetMSec);
reg.SetInt(RETRYMSEC_STR, (int)RetryMSec);
reg.SetInt(RETRYMAX_STR, (int)RetryMax);
reg.SetInt(IsWinNT() ? RECVMAXNT_STR : RECVMAX95_STR, (int)RecvMax);
reg.SetInt(NOERASE_STR, NoErase);
// reg.SetInt(DEBUG_STR, Debug);
reg.SetInt(NOPOPUPCHECK_STR, NoPopupCheck);
reg.SetInt(OPENCHECK_STR, OpenCheck);
reg.SetInt(ALLOWSENDLIST_STR, AllowSendList);
reg.SetInt(FILETRANSOPT_STR, fileTransOpt);
reg.SetInt(RESOLVEOPT_STR, ResolveOpt);
// reg.SetInt(LETTERKEY_STR, LetterKey);
// reg.SetInt(REMOTEGRACE_STR, RemoteGraceSec);
reg.SetStr(REBOOT_STR, RemoteReboot);
reg.SetInt(REBOOTMODE_STR, RemoteRebootMode);
reg.SetStr(EXIT_STR, RemoteExit);
reg.SetInt(EXITMODE_STR, RemoteExitMode);
reg.SetInt(CLIPMODE_STR, ClipMode);
// reg.SetInt(CLIPMAX_STR, ClipMax);
// reg.SetInt(CAPTUREDELAY_STR, CaptureDelay);
// reg.SetInt(CAPTUREDELAYEX_STR, CaptureDelayEx);
reg.SetInt(CAPTUREMINIMIZE_STR, CaptureMinimize);
reg.SetInt(CAPTURECLIP_STR, CaptureClip);
reg.SetInt(CAPTURESAVE_STR, CaptureSave);
reg.SetInt(OPENMSGTIME_STR, OpenMsgTime);
reg.SetInt(RECVMSGTIME_STR, RecvMsgTime);
reg.SetInt(BALLOONNOINFO_STR, BalloonNoInfo);
// reg.SetInt(TASKBARUI_STR, TaskbarUI);
// reg.SetInt(MARKERTHICK_STR, MarkerThick);
if (IsWinVista()) reg.SetInt(IPV6MODE_STR, IPv6ModeNext);
// if (IsWinVista()) reg.SetStr(IPV6MULITCAST, IPv6Multicast);
// reg.SetInt(VIEWMAX_STR, ViewMax);
// reg.SetInt(TRANSMAX_STR, TransMax);
// reg.SetInt(TCPBUFMAX_STR, TcpbufMax);
// reg.SetInt(IOBUFMAX_STR, IoBufMax);
reg.SetInt(LUMPCHECK_STR, LumpCheck);
reg.SetInt(ENCTRANSCHECK_STR, EncTransCheck);
}
if (ctl_flg & CFG_ABSENCE)
{
reg.SetInt(ABSENCESAVE_STR, AbsenceSave);
reg.SetInt(ABSENCECHECK_STR, AbsenceCheck);
reg.SetInt(ABSENCEMAX_STR, AbsenceMax);
if (reg.CreateKey(ABSENCESTR_STR))
{
for (i=0; i < AbsenceMax; i++)
{
char key[MAX_PATH_U8];
sprintf(key, "%s%d", ABSENCESTR_STR, i);
reg.SetStr(key, AbsenceStr[i]);
sprintf(key, "%s%d", ABSENCEHEAD_STR, i);
reg.SetStr(key, AbsenceHead[i]);
}
}
reg.CloseKey();
}
if (ctl_flg & CFG_GENERAL)
{
reg.SetStr(PASSWORD_STR, PasswordStr);
reg.SetInt(PASSWDLOGCHECK_STR, PasswdLogCheck);
reg.SetInt(DELAYTIME_STR, DelayTime);
reg.SetInt(QUOTECHECK_STR, QuoteCheck);
reg.SetInt(SECRETCHECK_STR, SecretCheck);
reg.SetInt(LOGONLOG_STR, LogonLog);
reg.SetInt(RECVLOGONDISP_STR, RecvLogonDisp);
reg.SetInt(IPADDRCHECK_STR, IPAddrCheck);
reg.SetInt(RECVIPADDRCHECK_STR, RecvIPAddr);
reg.SetInt(ONECLICKPOPUP_STR, OneClickPopup);
reg.SetInt(BALLOONNOTIFY_STR, BalloonNotify);
reg.SetInt(TRAYICON_STR, TrayIcon);
reg.SetInt(ABNORMALBTN_STR, AbnormalButton);
reg.SetInt(DIALUPCHECK_STR, DialUpCheck);
reg.SetInt(ABSENCENONPOPUP_STR, AbsenceNonPopup);
reg.SetStr(NICKNAMESTR_STR, NickNameStr);
reg.SetStr(GROUPNAMESTR_STR, GroupNameStr);
reg.SetLong(SORT_STR, Sort);
reg.SetInt(UPDATETIME_STR, UpdateTime);
reg.SetInt(KEEPHOSTTIME_STR, KeepHostTime);
reg.SetInt(EXTENDENTRY_STR, ExtendEntry);
reg.SetInt(EXTENDBROADCAST_STR, ExtendBroadcast);
reg.SetInt(MULTICASTMODE_STR, MulticastMode);
reg.SetInt(CONTROLIME_STR, ControlIME);
reg.SetInt(GRIDLINE_STR, GridLineCheck);
reg.SetInt(COLUMNITEMS_STR, ColumnItems);
reg.SetStr(QUOTESTR_STR, QuoteStr);
if (reg.CreateKey(HOTKEY_STR))
{
reg.SetInt(HOTKEYCHECK_STR, HotKeyCheck);
reg.SetInt(HOTKEYMODIFY_STR, HotKeyModify);
reg.SetInt(HOTKEYSEND_STR, HotKeySend);
reg.SetInt(HOTKEYRECV_STR, HotKeyRecv);
reg.SetInt(HOTKEYMISC_STR, HotKeyMisc);
reg.CloseKey();
}
reg.SetInt(LOGCHECK_STR, LogCheck);
reg.SetInt(LOGUTF8_STR, LogUTF8);
reg.SetStr(LOGFILE_STR, LogFile);
reg.SetStr(SOUNDFILE_STR, SoundFile);
reg.SetStr(ICON_STR, IconFile);
reg.SetStr(REVICON_STR, RevIconFile);
reg.SetStr(LASTOPEN_STR, lastOpenDir);
reg.SetStr(LASTSAVE_STR, lastSaveDir);
reg.SetInt(LRUUSERMAX_STR, lruUserMax);
reg.SetStr(AUTOSAVEDIR_STR, autoSaveDir);
reg.SetInt(AUTOSAVETOUT_STR, autoSaveTout);
reg.SetInt(AUTOSAVEMAX_STR, autoSaveMax);
reg.SetInt(AUTOSAVELEVEL_STR, autoSaveLevel);
reg.SetInt(AUTOSAVEFLAGS_STR, autoSaveFlags);
}
if ((ctl_flg & CFG_WINSIZE) && reg.CreateKey(WINSIZE_STR))
{
reg.SetInt(SENDNICKNAME_STR, SendWidth[SW_NICKNAME]);
reg.SetInt(SENDUSERNAME_STR, SendWidth[SW_USER]);
reg.SetInt(SENDABSENCE_STR, SendWidth[SW_ABSENCE]);
reg.SetInt(SENDPRIORITY_STR, SendWidth[SW_PRIORITY]);
reg.SetInt(SENDGROUPNAME_STR, SendWidth[SW_GROUP]);
reg.SetInt(SENDHOSTNAME_STR, SendWidth[SW_HOST]);
reg.SetInt(SENDIPADDR_STR, SendWidth[SW_IPADDR]);
if (reg.CreateKey(SENDORDER_STR))
{
for (i=0; i < MAX_SENDWIDTH; i++)
{
sprintf(buf, "%d", i);
reg.SetInt(buf, SendOrder[i]);
}
reg.CloseKey();
}
reg.SetInt(SENDXDIFF_STR, SendXdiff);
reg.SetInt(SENDYDIFF_STR, SendYdiff);
reg.SetInt(SENDMIDYDIFF_STR, SendMidYdiff);
reg.SetInt(SENDSAVEPOS_STR, SendSavePos);
reg.SetInt(SENDXPOS_STR, SendXpos);
reg.SetInt(SENDYPOS_STR, SendYpos);
reg.SetInt(RECVXDIFF_STR, RecvXdiff);
reg.SetInt(RECVYDIFF_STR, RecvYdiff);
reg.SetInt(RECVSAVEPOS_STR, RecvSavePos);
reg.SetInt(RECVXPOS_STR, RecvXpos);
reg.SetInt(RECVYPOS_STR, RecvYpos);
reg.SetInt(HISTXDIFF_STR, HistXdiff);
reg.SetInt(HISTYDIFF_STR, HistYdiff);
reg.SetInt(HISTUSER_STR, HistWidth[HW_USER]);
reg.SetInt(HISTODATE_STR, HistWidth[HW_ODATE]);
reg.SetInt(HISTSDATE_STR, HistWidth[HW_SDATE]);
reg.SetInt(HISTID_STR, HistWidth[HW_ID]);
reg.CloseKey();
}
if ((ctl_flg & CFG_FONT) && reg.CreateKey(FONT_STR))
{
WriteFontRegistry(®, SENDEDITFONT_STR, &SendEditFont);
WriteFontRegistry(®, SENDLISTFONT_STR, &SendListFont);
WriteFontRegistry(®, RECVHEADFONT_STR, &RecvHeadFont);
WriteFontRegistry(®, RECVEDITFONT_STR, &RecvEditFont);
WriteFontRegistry(®, LOGVIEWFONT_STR, &LogViewFont);
reg.CloseKey();
}
if ((ctl_flg & CFG_BROADCAST) && reg.CreateKey(BROADCAST_STR))
{
i = 0;
for (TBrObj *obj=brList.TopObj(); obj; obj=brList.NextObj(obj))
{
sprintf(buf, "%d", i++);
reg.SetStr(buf, obj->Host());
}
while (1)
{
sprintf(buf, "%d", i++);
if (!reg.GetStr(buf, val, sizeof(val)))
break;
if (!reg.DeleteValue(buf))
break;
}
reg.CloseKey();
}
if (ctl_flg & CFG_CLICKURL)
{
reg.SetInt(DEFAULTURL_STR, DefaultUrl);
reg.SetInt(SHELLEXEC_STR, ShellExec);
if (reg.CreateKey(CLICKABLEURL_STR))
{
for (UrlObj *obj = urlList.TopObj(); obj; obj = urlList.NextObj(obj))
reg.SetStr(obj->protocol, obj->program);
reg.CloseKey();
}
}
if ((ctl_flg & CFG_PRIORITY) && reg.CreateKey(PRIORITY_STR))
{
reg.SetInt(PRIORITYMAX_STR, PriorityMax);
reg.SetInt(PRIORITYREJECT_STR, PriorityReject);
#if 0
for (i=0; i < PriorityMax; i++)
{
sprintf(buf, "%d", i);
if (reg.CreateKey(buf))
{
reg.SetStr(PRIORITYSOUND_STR, PrioritySound[i] ? PrioritySound[i] : "");
reg.CloseKey();
}
}
#endif
reg.CloseKey();
}
if ((ctl_flg & CFG_HOSTINFO) && reg.CreateKey(HOSTINFO_STR))
{
Time_t now_time = Time();
BYTE pubkey[MAX_BUF];
int pubkeySize;
if (ctl_flg & CFG_DELHOST)
reg.DeleteChildTree();
for (i=0; i < priorityHosts.HostCnt(); i++)
{
Host *host = priorityHosts.GetHost(i);
int to_store_size = 2048 / 8; // 2048bits RSA key
sprintf(buf, "%s:%s", host->hostSub.userName, host->hostSub.hostName);
if (host->updateTime + KeepHostTime < now_time ||
(host->pubKey.KeyLen() < to_store_size && host->priority == DEFAULT_PRIORITY))
{
if (ctl_flg & CFG_DELCHLDHOST)
reg.DeleteChildTree(buf);
}
else if (reg.CreateKey(buf))
{
reg.SetStr(USERNAME_STR, host->hostSub.userName);
reg.SetStr(HOSTNAME_STR, host->hostSub.hostName);
reg.SetLong(IPADDR_STR, host->hostSub.addr.V4Addr());
reg.SetInt(PORTNO_STR, host->hostSub.portNo);
reg.SetStr(NICKNAME_STR, host->nickName);
reg.SetStr(GROUPNAME_STR, host->groupName);
if (*host->alterName) reg.SetStr(ALTERNAME_STR, host->alterName);
reg.SetInt(PRIORITY_STR, host->priority);
reg.SetLong(UPDATETIME_STR, (long)host->updateTime);
if (host->pubKey.KeyLen() >= to_store_size) {
char *p = (char *)GetUserNameDigestField(host->hostSub.userName);
if (p && (pubkeySize = host->pubKey.Serialize(pubkey, sizeof(pubkey))) > 0) {
reg.SetByte(PUBLICKEY_STR, pubkey, pubkeySize);
}
}
reg.CloseKey();
}
}
reg.CloseKey();
}
if ((ctl_flg & CFG_FINDHIST) && reg.CreateKey(FINDSTR_STR))
{
reg.SetInt(FINDMAX_STR, FindMax);
reg.SetInt(FINDALL_STR, FindAll);
for (i=0; i < FindMax; i++)
{
char key[MAX_PATH_U8];
sprintf(key, "%d", i);
reg.SetStr(key, FindStr[i]);
}
reg.CloseKey();
}
if (ctl_flg & CFG_LRUUSER) {
reg.DeleteChildTree(LRUUSERKEY_STR);
if (reg.CreateKey(LRUUSERKEY_STR)) {
UsersObj *obj=lruUserList.TopObj();
for (i=0; obj; i++) {
sprintf(buf, "%d", i);
if (!reg.CreateKey(buf)) break;
UserObj *u = obj->users.TopObj();
for (int j=0; u; j++) {
sprintf(buf, "%d", j);
if (!reg.CreateKey(buf)) break;
reg.SetStr(USERNAME_STR, u->hostSub.userName);
reg.SetStr(HOSTNAME_STR, u->hostSub.hostName);
reg.CloseKey();
u = obj->users.NextObj(u);
}
reg.CloseKey();
obj = lruUserList.NextObj(obj);
}
reg.CloseKey();
}
}
// private/public key
if (ctl_flg & CFG_CRYPT) {
for (int i=KEY_1024; i <= KEY_2048; i++) {
const char *key = (i == KEY_1024) ? CRYPT_STR : CRYPT2_STR;
if (reg.CreateKey(key) && priv[i].blob)
{
reg.SetByte(PRIVBLOB_STR, priv[i].blob, priv[i].blobLen);
if (priv[i].encryptSeed)
reg.SetByte(PRIVSEED_STR, priv[i].encryptSeed, priv[i].encryptSeedLen);
reg.SetInt(PRIVTYPE_STR, priv[i].encryptType);
reg.CloseKey();
}
}
}
return TRUE;
}
BOOL Cfg::ReadRegistry(void)
{
char buf[MAX_BUF], val[MAX_BUF];
int i;
GetRegName(buf, nicAddr, portNo);
TRegistry reg(HS_TOOLS, buf);
if (!reg.GetInt(NOPOPUPCHECK_STR, &NoPopupCheck))
{
GetRegName(buf, 0, portNo);
reg.ChangeApp(HS_TOOLS, buf);
if (!reg.GetInt(NOPOPUPCHECK_STR, &NoPopupCheck))
reg.ChangeApp(HS_TOOLS, GetLoadStr(IDS_IPMSG));
}
lcid = -1;
NoBeep = FALSE;
NoTcp = FALSE;
ListGet = FALSE;
HotKeyCheck = TRUE;
HotKeyModify = MOD_ALT|MOD_CONTROL;
HotKeySend = 'S';
HotKeyRecv = 'R';
HotKeyMisc = 'D';
ListGetMSec = IPMSG_DEFAULT_LISTGETMSEC;
RetryMSec = IPMSG_DEFAULT_RETRYMSEC;
RetryMax = IPMSG_DEFAULT_RETRYMAX;
RecvMax = IsWinNT() ? IPMSG_DEFAULT_RECVMAX_NT : IPMSG_DEFAULT_RECVMAX_95;
NoErase = FALSE;
Debug = FALSE;
NoPopupCheck = TRUE;
OpenCheck = 1;
AbsenceSave = FALSE;
AbsenceCheck = FALSE;
AbsenceMax = IPMSG_DEFAULT_ABSENCEMAX;
AbsenceChoice = 0;
FindMax = IPMSG_DEFAULT_FINDMAX;
FindAll = TRUE;
DelayTime = IPMSG_DEFAULT_DELAY;
QuoteCheck = TRUE;
SecretCheck = TRUE;
LogonLog = TRUE;
RecvLogonDisp = FALSE;
IPAddrCheck = TRUE;
RecvIPAddr = TRUE;
OneClickPopup = FALSE;
BalloonNotify = TRUE;
TrayIcon = TRUE;
AbnormalButton = FALSE;
DialUpCheck = FALSE;
*NickNameStr = 0;
*GroupNameStr = 0;
AbsenceNonPopup = TRUE;
Sort = IPMSG_NAMESORT;
UpdateTime = IPMSG_DEFAULT_UPDATETIME;
KeepHostTime = IPMSG_DEFAULT_KEEPHOSTTIME;
DefaultUrl = TRUE;
ShellExec = FALSE;
ExtendEntry = TRUE;
ExtendBroadcast = 1;
MulticastMode = 0;
ControlIME = 1;
GridLineCheck = TRUE;
PriorityMax = DEFAULT_PRIORITYMAX;
PriorityReject = 0;
AllowSendList = TRUE;
fileTransOpt = 0;
ResolveOpt = 0;
LetterKey = IsLang(LANG_JAPANESE) ? FALSE : TRUE;
RemoteGraceSec = IPMSG_DEFAULT_REMOTEGRACE;
RemoteRebootMode = 0;
*RemoteReboot = 0;
RemoteExitMode = 0;
*RemoteExit = 0;
ClipMode = IPMSG_DEFAULT_CLIPMODE;
ClipMax = IPMSG_DEFAULT_CLIPMAX;
CaptureDelay = 300;
CaptureDelayEx = 500;
CaptureMinimize = TRUE;
CaptureClip = TRUE;
CaptureSave = FALSE;
OpenMsgTime = IPMSG_DEFAULT_OPENMSGTIME;
RecvMsgTime = IPMSG_DEFAULT_RECVMSGTIME;
BalloonNoInfo = FALSE;
TaskbarUI = /*IsWin7() ? TRUE :*/ FALSE;
MarkerThick = IPMSG_DEFAULT_MARKER_THICK;
IPv6Mode = IPv6ModeNext = 0;
strcpy(IPv6Multicast, IPMSG_DEFAULT_MULTICAST_ADDR6); // in ipmsg.h
ViewMax = IPMSG_DEFAULT_VIEWMAX;
TransMax = IPMSG_DEFAULT_TRANSMAX;
TcpbufMax = IPMSG_DEFAULT_TCPBUFMAX;
IoBufMax = IPMSG_DEFAULT_IOBUFMAX;
LumpCheck = FALSE;
EncTransCheck = TRUE;
lruUserMax = IPMSG_DEFAULT_LRUUSERMAX;
// CryptProtectData is available only Win2K/XP
for (i=0; i < MAX_KEY; i++) {
priv[i].encryptType = IsWin2K() ? PRIV_BLOB_DPAPI : PRIV_BLOB_RAW;
}
strncpyz(QuoteStr, IPMSG_DEFAULT_QUOTE, sizeof(QuoteStr));
SendWidth[SW_NICKNAME] = IPMSG_DEFAULT_NICKNAMEWIDTH;
SendWidth[SW_ABSENCE] = IPMSG_DEFAULT_ABSENCEWIDTH;
SendWidth[SW_GROUP] = IPMSG_DEFAULT_GROUPWIDTH;
SendWidth[SW_HOST] = IPMSG_DEFAULT_HOSTWIDTH;
SendWidth[SW_IPADDR] = IPMSG_DEFAULT_IPADDRWIDTH;
SendWidth[SW_USER] = IPMSG_DEFAULT_USERWIDTH;
SendWidth[SW_PRIORITY] = IPMSG_DEFAULT_PRIORITYWIDTH;
ColumnItems = 0;
SetItem(&ColumnItems, SW_NICKNAME, TRUE);
SetItem(&ColumnItems, SW_GROUP, TRUE);
SetItem(&ColumnItems, SW_HOST, TRUE);
for (i=0; i < MAX_SENDWIDTH; i++)
SendOrder[i] = i;
SendXdiff = 0;
SendYdiff = 0;
SendMidYdiff = 0;
SendSavePos = 0;
SendXpos = 0;
SendYpos = 0;
RecvXdiff = 0;
RecvYdiff = 0;
RecvSavePos = 0;
RecvXpos = 0;
RecvYpos = 0;
HistWidth[HW_USER] = IPMSG_DEFAULT_HWUSER_WIDTH;
HistWidth[HW_ODATE] = IPMSG_DEFAULT_HWODATE_WIDTH;
HistWidth[HW_SDATE] = IPMSG_DEFAULT_HWSDATE_WIDTH;
HistWidth[HW_ID] = IPMSG_DEFAULT_HWID_WIDTH;
HistXdiff = 0;
HistYdiff = 0;
LogCheck = TRUE;
LogUTF8 = TRUE;
PasswdLogCheck = FALSE;
*SoundFile = 0;
*IconFile = 0;
*RevIconFile = 0;
*lastSaveDir = *lastOpenDir = 0;
*autoSaveDir = 0;
autoSaveTout = IPMSG_DEFAULT_AUTOSAVE_TOUT;
autoSaveLevel = 0;
autoSaveFlags = 0;
autoSaveMax = IPMSG_DEFAULT_AUTOSAVE_MAX;
memset(&SendEditFont, 0, sizeof(SendEditFont));
memset(&SendListFont, 0, sizeof(SendListFont));
memset(&RecvHeadFont, 0, sizeof(RecvHeadFont));
memset(&RecvEditFont, 0, sizeof(RecvEditFont));
memset(&LogViewFont, 0, sizeof(LogViewFont));
reg.GetInt(LCID_KEY, &lcid);
reg.GetInt(NOBEEP_STR, &NoBeep);
reg.GetInt(NOTCP_STR, &NoTcp);
reg.GetInt(LISTGET_STR, &ListGet);
reg.GetInt(LISTGETMSEC_STR, (int *)&ListGetMSec);
reg.GetInt(RETRYMSEC_STR, (int *)&RetryMSec);
reg.GetInt(RETRYMAX_STR, (int *)&RetryMax);
reg.GetInt(IsWinNT() ? RECVMAXNT_STR : RECVMAX95_STR, (int *)&RecvMax);
reg.GetInt(NOERASE_STR, &NoErase);
reg.GetInt(DEBUG_STR, &Debug);
reg.GetInt(NOPOPUPCHECK_STR, &NoPopupCheck);
reg.GetInt(OPENCHECK_STR, &OpenCheck);
reg.GetInt(ABSENCESAVE_STR, &AbsenceSave);
if (AbsenceSave)
reg.GetInt(ABSENCECHECK_STR, &AbsenceCheck);
reg.GetInt(ABSENCEMAX_STR, &AbsenceMax);
reg.GetInt(ALLOWSENDLIST_STR, &AllowSendList);
reg.GetInt(FILETRANSOPT_STR, &fileTransOpt);
reg.GetInt(RESOLVEOPT_STR, &ResolveOpt);
reg.GetInt(LETTERKEY_STR, &LetterKey);
reg.GetInt(REMOTEGRACE_STR, &RemoteGraceSec);
reg.GetStr(REBOOT_STR, RemoteReboot, sizeof(RemoteReboot));
reg.GetInt(REBOOTMODE_STR, &RemoteRebootMode);
reg.GetStr(EXIT_STR, RemoteExit, sizeof(RemoteExit));
reg.GetInt(EXITMODE_STR, &RemoteExitMode);
reg.GetInt(CLIPMODE_STR, &ClipMode);
ClipMode |= CLIP_ENABLE;
reg.GetInt(CLIPMAX_STR, &ClipMax);
reg.GetInt(CAPTUREDELAY_STR, &CaptureDelay);
reg.GetInt(CAPTUREDELAYEX_STR, &CaptureDelayEx);
reg.GetInt(CAPTUREMINIMIZE_STR, &CaptureMinimize);
reg.GetInt(CAPTURECLIP_STR, &CaptureClip);
reg.GetInt(CAPTURESAVE_STR, &CaptureSave);
reg.GetInt(OPENMSGTIME_STR, &OpenMsgTime);
reg.GetInt(RECVMSGTIME_STR, &RecvMsgTime);
reg.GetInt(BALLOONNOINFO_STR, &BalloonNoInfo);
reg.GetInt(TASKBARUI_STR, &TaskbarUI);
reg.GetInt(MARKERTHICK_STR, &MarkerThick);
reg.GetStr(IPV6MULITCAST, IPv6Multicast, sizeof(IPv6Multicast));
if (IsWinVista()) {
reg.GetInt(IPV6MODE_STR, &IPv6Mode);
if (nicAddr.size == 16 && !IPv6Mode) IPv6Mode = 2;
reg.GetStr(IPV6MULITCAST, IPv6Multicast, sizeof(IPv6Multicast));
if (!*IPv6Multicast) {
strcpy(IPv6Multicast, IPMSG_DEFAULT_MULTICAST_ADDR6); // in ipmsg.h
}
}
IPv6ModeNext = IPv6Mode;
// for File Transfer
reg.GetInt(VIEWMAX_STR, &ViewMax);
if (ViewMax < 1024 * 1024) // 1MB 以下の MapFileOfView は認めない
ViewMax = IPMSG_DEFAULT_VIEWMAX;
reg.GetInt(TRANSMAX_STR, &TransMax);
if (TransMax < 8 * 1024) // 8KB 以下の file transfer buf は認めない
TransMax = IPMSG_DEFAULT_TRANSMAX;
reg.GetInt(TCPBUFMAX_STR, &TcpbufMax);
if (TcpbufMax < 8 * 1024) // 8KB 以下の sockbuf は認めない
TcpbufMax = IPMSG_DEFAULT_TCPBUFMAX;
reg.GetInt(IOBUFMAX_STR, &IoBufMax);
if (IoBufMax < TransMax) // transmax 以下の IO/Buf は認めない
IoBufMax = TransMax;
reg.GetInt(LUMPCHECK_STR, &LumpCheck);
reg.GetInt(ENCTRANSCHECK_STR, &EncTransCheck);
// for Absence Message
typedef char MaxBuf[MAX_PATH_U8];
AbsenceStr = new MaxBuf[AbsenceMax];
memset(AbsenceStr, 0, MAX_PATH_U8 * AbsenceMax);
reg.GetStr(ABSENCESTR_STR, AbsenceStr[0], sizeof(AbsenceStr[0]));
typedef char MaxHead[MAX_NAMEBUF];
AbsenceHead = new MaxHead[AbsenceMax];
memset(AbsenceHead, 0, MAX_NAMEBUF * AbsenceMax);
if (reg.CreateKey(ABSENCESTR_STR))
{
for (i=0; i < AbsenceMax; i++)
{
char key[MAX_PATH_U8];
sprintf(key, "%s%d", ABSENCESTR_STR, i);
if (!reg.GetStr(key, AbsenceStr[i], sizeof(AbsenceStr[i])))
strncpyz(AbsenceStr[i], DefaultAbsence[i < IPMSG_DEFAULT_ABSENCEMAX ? i : 0], MAX_PATH_U8);
sprintf(key, "%s%d", ABSENCEHEAD_STR, i);
if (!reg.GetStr(key, AbsenceHead[i], sizeof(AbsenceHead[i])))
strcpy(AbsenceHead[i], DefaultAbsenceHead[i < IPMSG_DEFAULT_ABSENCEMAX ? i : 0]);
}
reg.CloseKey();
}
// Find User
typedef char MaxFind[MAX_NAMEBUF];
if (reg.CreateKey(FINDSTR_STR))
{
reg.GetInt(FINDMAX_STR, &FindMax);
reg.GetInt(FINDALL_STR, &FindAll);
FindStr = new MaxFind[FindMax];
for (i=0; i < FindMax; i++)
{
char key[MAX_PATH_U8];
sprintf(key, "%d", i);
if (!reg.GetStr(key, FindStr[i], sizeof(FindStr[i])))
FindStr[i][0] = '\0';
}
reg.CloseKey();
}
else {
FindStr = new MaxFind[FindMax];
memset(FindStr, 0, MAX_NAMEBUF * FindMax);
}
reg.GetInt(LRUUSERMAX_STR, &lruUserMax);
if (reg.OpenKey(LRUUSERKEY_STR)) {
for (i=0; ; i++) {
sprintf(buf, "%d", i);
if (!reg.OpenKey(buf)) break;
UsersObj *obj = new UsersObj;
for (int j=0; ; j++) {
sprintf(buf, "%d", j);
if (!reg.OpenKey(buf)) break;
UserObj *u = new UserObj;
if (reg.GetStr(USERNAME_STR, u->hostSub.userName, sizeof(u->hostSub.userName)) &&
reg.GetStr(HOSTNAME_STR, u->hostSub.hostName, sizeof(u->hostSub.userName))) {
obj->users.AddObj(u);
}
reg.CloseKey();
}
reg.CloseKey();
lruUserList.AddObj(obj);
}
reg.CloseKey();
}
*PasswordStr = 0;
reg.GetStr(PASSWORD_STR, PasswordStr, sizeof(PasswordStr));
reg.GetInt(PASSWDLOGCHECK_STR, &PasswdLogCheck);
reg.GetInt(DELAYTIME_STR, &DelayTime);
reg.GetInt(QUOTECHECK_STR, &QuoteCheck);
reg.GetInt(SECRETCHECK_STR, &SecretCheck);
reg.GetInt(LOGONLOG_STR, &LogonLog);
reg.GetInt(RECVLOGONDISP_STR, &RecvLogonDisp);
reg.GetInt(IPADDRCHECK_STR, &IPAddrCheck);
reg.GetInt(RECVIPADDRCHECK_STR, &RecvIPAddr);
reg.GetInt(ONECLICKPOPUP_STR, &OneClickPopup);
reg.GetInt(BALLOONNOTIFY_STR, &BalloonNotify);
reg.GetInt(TRAYICON_STR, &TrayIcon);
reg.GetInt(ABNORMALBTN_STR, &AbnormalButton);
reg.GetInt(DIALUPCHECK_STR, &DialUpCheck);
reg.GetInt(ABSENCENONPOPUP_STR, &AbsenceNonPopup);
reg.GetStr(NICKNAMESTR_STR, NickNameStr, sizeof(NickNameStr));
StrictUTF8(NickNameStr);
reg.GetStr(GROUPNAMESTR_STR, GroupNameStr, sizeof(GroupNameStr));
StrictUTF8(GroupNameStr);
reg.GetLong(SORT_STR, (long *)&Sort);
// reg.GetInt(UPDATETIME_STR, &UpdateTime);
reg.GetInt(KEEPHOSTTIME_STR, &KeepHostTime);
reg.GetInt(DEFAULTURL_STR, &DefaultUrl);
reg.GetInt(SHELLEXEC_STR, &ShellExec);
reg.GetInt(EXTENDENTRY_STR, &ExtendEntry);
reg.GetInt(EXTENDBROADCAST_STR, &ExtendBroadcast);
reg.GetInt(MULTICASTMODE_STR, &MulticastMode);
reg.GetInt(CONTROLIME_STR, &ControlIME);
reg.GetInt(GRIDLINE_STR, &GridLineCheck);
reg.GetInt(COLUMNITEMS_STR, (int *)&ColumnItems);
reg.GetStr(QUOTESTR_STR, QuoteStr, sizeof(QuoteStr));
if (reg.CreateKey(HOTKEY_STR))
{
reg.GetInt(HOTKEYCHECK_STR, &HotKeyCheck);
reg.GetInt(HOTKEYMODIFY_STR, &HotKeyModify);
reg.GetInt(HOTKEYSEND_STR, &HotKeySend);
reg.GetInt(HOTKEYRECV_STR, &HotKeyRecv);
reg.GetInt(HOTKEYMISC_STR, &HotKeyMisc);
reg.CloseKey();
}
reg.GetInt(LOGCHECK_STR, &LogCheck);
reg.GetInt(LOGUTF8_STR, &LogUTF8);
if (!reg.GetStr(LOGFILE_STR, LogFile, sizeof(LogFile)) || !*LogFile)
strncpyz(LogFile, "ipmsg.log", sizeof(LogFile));
LogMng::StrictLogFile(LogFile);
reg.GetStr(SOUNDFILE_STR, SoundFile, sizeof(SoundFile));
reg.GetStr(ICON_STR, IconFile, sizeof(IconFile));
reg.GetStr(REVICON_STR, RevIconFile, sizeof(RevIconFile));
reg.GetStr(LASTOPEN_STR, lastOpenDir, sizeof(lastOpenDir));
reg.GetStr(LASTSAVE_STR, lastSaveDir, sizeof(lastSaveDir));
reg.GetStr(AUTOSAVEDIR_STR, autoSaveDir, sizeof(autoSaveDir));
reg.GetInt(AUTOSAVETOUT_STR, &autoSaveTout);
reg.GetInt(AUTOSAVEMAX_STR, &autoSaveMax);
reg.GetInt(AUTOSAVEFLAGS_STR, &autoSaveFlags);
reg.GetInt(AUTOSAVELEVEL_STR, &autoSaveLevel);
// Send/Recv Window Location
if (reg.CreateKey(WINSIZE_STR))
{
reg.GetInt(SENDNICKNAME_STR, &SendWidth[SW_NICKNAME]);
reg.GetInt(SENDUSERNAME_STR, &SendWidth[SW_USER]);
reg.GetInt(SENDABSENCE_STR, &SendWidth[SW_ABSENCE]);
reg.GetInt(SENDPRIORITY_STR, &SendWidth[SW_PRIORITY]);
reg.GetInt(SENDGROUPNAME_STR, &SendWidth[SW_GROUP]);
reg.GetInt(SENDHOSTNAME_STR, &SendWidth[SW_HOST]);
reg.GetInt(SENDIPADDR_STR, &SendWidth[SW_IPADDR]);
if (reg.CreateKey(SENDORDER_STR))
{
for (i=0; i < MAX_SENDWIDTH; i++)
{
sprintf(buf, "%d", i);
reg.GetInt(buf, &SendOrder[i]);
}
reg.CloseKey();
}
for (i=0; i < MAX_SENDWIDTH; i++)
{
if (SendOrder[i] >= MAX_SENDWIDTH || SendOrder[i] < 0)
break;
int i2;
for (i2=i+1; i2 < MAX_SENDWIDTH; i2++)
if (SendOrder[i] == SendOrder[i2])
break;
if (i2 != MAX_SENDWIDTH)
break;
}
if (i != MAX_SENDWIDTH)
for (i=0; i < MAX_SENDWIDTH; i++)
SendOrder[i] = i;
reg.GetInt(SENDXDIFF_STR, &SendXdiff);
reg.GetInt(SENDYDIFF_STR, &SendYdiff);
reg.GetInt(SENDMIDYDIFF_STR, &SendMidYdiff);
reg.GetInt(SENDSAVEPOS_STR, &SendSavePos);
reg.GetInt(SENDXPOS_STR, &SendXpos);
reg.GetInt(SENDYPOS_STR, &SendYpos);
reg.GetInt(RECVXDIFF_STR, &RecvXdiff);
reg.GetInt(RECVYDIFF_STR, &RecvYdiff);
reg.GetInt(RECVSAVEPOS_STR, &RecvSavePos);
reg.GetInt(RECVXPOS_STR, &RecvXpos);
reg.GetInt(RECVYPOS_STR, &RecvYpos);
reg.GetInt(HISTXDIFF_STR, &HistXdiff);
reg.GetInt(HISTYDIFF_STR, &HistYdiff);
reg.GetInt(HISTUSER_STR, &HistWidth[HW_USER]);
reg.GetInt(HISTODATE_STR, &HistWidth[HW_ODATE]);
reg.GetInt(HISTSDATE_STR, &HistWidth[HW_SDATE]);
reg.GetInt(HISTID_STR, &HistWidth[HW_ID]);
reg.CloseKey();
}
// Send/Recv Window Font
if (reg.CreateKey(FONT_STR))
{
ReadFontRegistry(®, SENDEDITFONT_STR, &SendEditFont);
ReadFontRegistry(®, SENDLISTFONT_STR, &SendListFont);
ReadFontRegistry(®, RECVHEADFONT_STR, &RecvHeadFont);
ReadFontRegistry(®, RECVEDITFONT_STR, &RecvEditFont);
ReadFontRegistry(®, LOGVIEWFONT_STR, &LogViewFont);
reg.CloseKey();
}
// Broadcast Data
if (reg.CreateKey(BROADCAST_STR))
{
i = 0;
while (1)
{
sprintf(buf, "%d", i++);
if (!reg.GetStr(buf, val, sizeof(val)))
break;
brList.SetHostRaw(val, (ResolveOpt & RS_REALTIME) ? 0 : ResolveAddr(val));
}
reg.CloseKey();
}
// Clickable URL
for (i=0; DefaultUrlProtocol[i]; i++)
{
UrlObj *obj = new UrlObj;
strncpyz(obj->protocol, DefaultUrlProtocol[i], sizeof(obj->protocol));
*obj->program = 0;
urlList.AddObj(obj);
}
if (reg.CreateKey(CLICKABLEURL_STR))
{
for (i = 0; reg.EnumValue(i, buf, sizeof(buf)) || reg.EnumKey(i, buf, sizeof(buf)); i++)
{
UrlObj *obj;
for (obj = urlList.TopObj(); obj; obj = urlList.NextObj(obj))
if (stricmp(obj->protocol, buf) == 0)
break;
if (obj == NULL)
{
obj = new UrlObj;
urlList.AddObj(obj);
}
strncpyz(obj->protocol, buf, sizeof(obj->protocol));
reg.GetStr(buf, obj->program, sizeof(obj->program));
}
reg.CloseKey();
}
// User Sort Priority
if (reg.CreateKey(PRIORITY_STR))
{
reg.GetInt(PRIORITYMAX_STR, &PriorityMax);
reg.GetInt(PRIORITYREJECT_STR, &PriorityReject);
#if 0
PrioritySound = new char *[PriorityMax];
for (int i=0; i < PriorityMax; i++)
{
sprintf(buf, "%d", i);
if (reg.CreateKey(buf))
{
if (reg.GetStr(PRIORITYSOUND_STR, buf, sizeof(buf)) && *buf != '\0')
PrioritySound[i] = strdup(buf);
reg.CloseKey();
}
}
#endif
reg.CloseKey();
}
if (reg.CreateKey(HOSTINFO_STR))
{
int i = 0, priority = DEFAULT_PRIORITY;
Host *host;
Time_t default_time = Time() - KeepHostTime / 2; // 90 日
BOOL rewriteFlg = FALSE;
priorityHosts.Enable(THosts::NAME, TRUE);
fileHosts.Enable(THosts::NAME_ADDR, TRUE);
for (i = 0; reg.EnumValue(i, buf, sizeof(buf)) || reg.EnumKey(i, buf, sizeof(buf)); i++)
{
if (!reg.OpenKey(buf))
break;
BYTE pubkey[512];
int pubkeySize = sizeof(pubkey);
if (!reg.GetByte(PUBLICKEY_STR, pubkey, &pubkeySize)) pubkeySize = 0;
if ((!reg.GetInt(PRIORITY_STR, &priority) || priority == DEFAULT_PRIORITY)
&& pubkeySize == 0) {
rewriteFlg = TRUE;
}
else {
host = new Host;
host->priority = priority;
reg.GetStr(USERNAME_STR, host->hostSub.userName, MAX_NAMEBUF);
reg.GetStr(HOSTNAME_STR, host->hostSub.hostName, MAX_NAMEBUF);
reg.GetLong(IPADDR_STR, (long *)&host->hostSub.addr);
reg.GetInt(PORTNO_STR, &host->hostSub.portNo);
reg.GetStr(NICKNAME_STR, host->nickName, MAX_NAMEBUF);
reg.GetStr(GROUPNAME_STR, host->groupName, MAX_NAMEBUF);
reg.GetStr(ALTERNAME_STR, host->alterName, MAX_NAMEBUF);
if (!reg.GetLong(UPDATETIME_STR, (long *)&host->updateTime)) {
host->updateTime = default_time;
}
if (pubkeySize) {
host->pubKey.UnSerialize(pubkey, pubkeySize);
// 古いエントリを削除にする処理は、一旦、様子見
// char *p = (char *)GetUserNameDigestField(host->hostSub.userName);
// if (p) {
// *p = 0;
// Host *tmpHost = priorityHosts.GetHostByName(&host->hostSub);
// if (tmpHost) {
// priorityHosts.DelHost(tmpHost);
// if (tmpHost->RefCnt() == 0) delete tmpHost;
// }
// *p = '-';
// }
}
priorityHosts.AddHost(host);
}
reg.CloseKey();
}
reg.CloseKey();
if (rewriteFlg) WriteRegistry(CFG_HOSTINFO|CFG_DELHOST);
}
// Self private/public key (1024/2048)
for (i=KEY_1024; i <= KEY_2048; i++) {
const char *key = (i == KEY_1024) ? CRYPT_STR : CRYPT2_STR;
int need_blob_size = ((i == KEY_1024) ? 1024 : 2048) / 8 * 4;
if (reg.CreateKey(key))
{
BYTE key[MAX_BUF_EX];
int blen = sizeof(key);
int slen = sizeof(key);
if (reg.GetByte(PRIVBLOB_STR, key, &blen) && blen > need_blob_size) {
priv[i].SetBlob(key, blen);
}
if (reg.GetByte(PRIVSEED_STR, key, &slen)) {
priv[i].SetSeed(key, slen);
}
reg.GetInt(PRIVTYPE_STR, &priv[i].encryptType);
reg.CloseKey();
}
}
if (reg.OpenKey(DEBUG_STR)) // 旧バージョンレジストリ削除
{
reg.CloseKey();
reg.DeleteChildTree();
}
if (!reg.GetStr(NULL, buf, sizeof(buf)) || strcmp(buf, GetVersionStr()))
{
reg.CloseKey(); // close top appreg
WriteRegistry();
}
return TRUE;
}
void Cfg::GetSelfRegName(char *buf)
{
GetRegName(buf, nicAddr, portNo);
}