Kod: Kodu kopyalamak için üzerine çift tıklayın!
/************************************************************************
* Unreal Internet Relay Chat Daemon, include/modules.h
* (C) Carsten V. Munk 2000 <
Bu forumdaki linkleri ve resimleri görebilmek için en az 25 mesajınız olması gerekir.
>
*
* This program is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation; either version 1, or (at your option)
* any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
*
* $Id: modules.h,v 1.1.6.10 2006/06/16 18:29:14 syzop Exp $
*/
#ifndef MODULES_H
#define MODULES_H
#include "types.h"
#define MAXCUSTOMHOOKS 30
#define MAXHOOKTYPES 100
#define MAXCALLBACKS 30
#define MAXEFUNCTIONS 60
#if defined(_WIN32)
#define MOD_EXTENSION "dll"
#define DLLFUNC _declspec(dllexport)
#define irc_dlopen(x,y) LoadLibrary(x)
#define irc_dlclose FreeLibrary
#define irc_dlsym(x,y,z) z = (void *)GetProcAddress(x,y)
#define irc_dlerror our_dlerror
#elif defined(HPUX)
#define MOD_EXTENSION "so"
#define irc_dlopen(x,y) shl_load(x,y,0L)
#define irc_dlsym(x,y,z) shl_findsym(x,y,z)
#define irc_dlclose shl_unload
#define irc_dlerror() strerror(errno)
#else
#define MOD_EXTENSION "so"
#define irc_dlopen dlopen
#define irc_dlclose dlclose
#if defined(UNDERSCORE)
#define irc_dlsym(x,y,z) z = obsd_dlsym(x,y)
#else
#define irc_dlsym(x,y,z) z = dlsym(x,y)
#endif
#define irc_dlerror dlerror
#define DLLFUNC
#endif
#define EVENT(x) void (x) (void *data)
/* Casts to int, void, void *, and char * function pointers */
#define TO_INTFUNC(x) (int (*)())(x)
#define TO_VOIDFUNC(x) (void (*)())(x)
#define TO_PVOIDFUNC(x) (void *(*)())(x)
#define TO_PCHARFUNC(x) (char *(*)())(x)
typedef struct _mod_symboltable Mod_SymbolDepTable;
typedef struct _event Event;
typedef struct _eventinfo EventInfo;
typedef struct _irchook Hook;
typedef struct _hooktype Hooktype;
typedef struct _irccallback Callback;
typedef struct _ircefunction Efunction;
/*
* Module header that every module must include, with the name of
* mod_header
*/
typedef struct _ModuleHeader {
char *name;
char *version;
char *description;
char *modversion;
Mod_SymbolDepTable *symdep;
} ModuleHeader;
/*
* One piece of Borg ass..
*/
typedef struct _Module Module;
typedef struct _ModuleChild
{
struct _ModuleChild *prev, *next;
Module *child; /* Aww. aint it cute? */
} ModuleChild;
typedef struct {
int size;
int module_load;
Module *handle;
} ModuleInfo;
#define MOBJ_EVENT 0x0001
#define MOBJ_HOOK 0x0002
#define MOBJ_COMMAND 0x0004
#define MOBJ_HOOKTYPE 0x0008
#define MOBJ_VERSIONFLAG 0x0010
#define MOBJ_SNOMASK 0x0020
#define MOBJ_UMODE 0x0040
#define MOBJ_CMDOVERRIDE 0x0080
#define MOBJ_EXTBAN 0x0100
#define MOBJ_CALLBACK 0x0200
#define MOBJ_ISUPPORT 0x0400
#define MOBJ_EFUNCTION 0x0800
typedef struct {
long mode;
char flag;
int (*allowed)(aClient *sptr, int what);
char unloaded;
Module *owner;
} Umode;
typedef struct {
long mode;
char flag;
int (*allowed)(aClient *sptr, int what);
char unloaded;
Module *owner;
} Snomask;
#ifdef EXTCMODE
#define EXCHK_ACCESS 0 /* Check access */
#define EXCHK_ACCESS_ERR 1 /* Check access and send error if needed */
#define EXCHK_PARAM 2 /* Check parameter and send error if needed */
#define EXSJ_SAME 0 /* Parameters are the same */
#define EXSJ_WEWON 1 /* We won! w00t */
#define EXSJ_THEYWON 2 /* They won :( */
/* return values for EXCHK_ACCESS*: */
#define EX_DENY 0 /* Disallowed, except in case of operoverride */
#define EX_ALLOW 1 /* Allowed */
#define EX_ALWAYS_DENY -1 /* Disallowed, even in case of operoverride
* (eg: for operlevel modes like +A)
*/
/** Extended channel mode table.
* This table contains all extended channelmode info like the flag, mode, their
* functions, etc..
*/
typedef unsigned long Cmode_t;
#define EXTCM_PAR_HEADER struct _CmodeParam *prev, *next; char flag;
typedef struct _CmodeParam {
EXTCM_PAR_HEADER
/** other fields are placed after this header in your own paramstruct */
} CmodeParam;
typedef struct {
/** mode character (like 'Z') */
char flag;
/** unique flag (like 0x10) */
Cmode_t mode;
/** # of paramters (1 or 0) */
int paracount;
/** access and parameter checking.
* aClient *: the client
* aChannel *: the channel
* para *: the parameter (NULL for paramless modes)
* int: check type (see EXCHK_*)
* int: what (MODE_ADD or MODE_DEL)
* return value: 1=ok, 0=bad
*/
int (*is_ok)(aClient *,aChannel *, char *para, int, int);
/** NOTE: The routines below are NULL for paramless modes */
/** Store parameter in memory for channel.
* aExtCMtableParam *: the list (usually chptr->mode.extmodeparams).
* char *: the parameter.
* return value: the head of the list, RTFS if you wonder why.
* design notes: only alloc a new paramstruct if you need to, search for
* any current one first (like in case of mode +y 5 and then +y 6 later without -y).
*/
CmodeParam * (*put_param)(CmodeParam *, char *);
/** Get readable string version" of the stored parameter.
* aExtCMtableParam *: the list (usually chptr->mode.extmodeparams).
* return value: a pointer to the string (temp. storage)
*/
char * (*get_param)(CmodeParam *);
/** Convert input parameter to output.
* Like +l "1aaa" becomes "1".
* char *: the input parameter.
* return value: pointer to output string (temp. storage)
*/
char * (*conv_param)(char *);
/** free and remove parameter from list.
* aExtCMtableParam *: the list (usually chptr->mode.extmodeparams).
*/
void (*free_param)(CmodeParam *);
/** duplicate a struct and return a pointer to duplicate.
* This is usually just a malloc + memcpy.
* aExtCMtableParam *: source struct itself (no list).
* return value: pointer to newly allocated struct.
*/
CmodeParam * (*dup_struct)(CmodeParam *);
/** Compares 2 parameters and decides who wins the sjoin fight.
* When syncing channel modes (m_sjoin) a parameter conflict may occur, things like
* +l 5 vs +l 10. This function should determinate who wins the fight, this decision
* should of course not be random but the same at every server on the net.
* examples of such comparisons are "highest wins" (+l) and a strcmp() check (+k/+L).
* aChannel *: channel the fight is about.
* aExtCMtableParam *: our parameter
* aExtCMtableParam *: their parameter
*/
int (*sjoin_check)(aChannel *, CmodeParam *, CmodeParam *);
} Cmode;
typedef struct {
char flag;
int paracount;
int (*is_ok)(aClient *,aChannel *, char *para, int, int);
CmodeParam * (*put_param)(CmodeParam *, char *);
char * (*get_param)(CmodeParam *);
char * (*conv_param)(char *);
void (*free_param)(CmodeParam *);
CmodeParam * (*dup_struct)(CmodeParam *);
int (*sjoin_check)(aChannel *, CmodeParam *, CmodeParam *);
} CmodeInfo;
#endif
/*** Extended bans ***/
#define EXBCHK_ACCESS 0 /* Check access */
#define EXBCHK_ACCESS_ERR 1 /* Check access and send error */
#define EXBCHK_PARAM 2 /* Check if the parameter is valid */
#define EXBTYPE_BAN 0 /* a ban */
#define EXBTYPE_EXCEPT 1 /* an except */
#define EXTBANTABLESZ 32
typedef enum ExtbanOptions { EXTBOPT_CHSVSMODE=0x1 } ExtbanOptions;
typedef struct {
/** extbans module */
Module *owner;
/** extended ban character */
char flag;
/** extban options */
ExtbanOptions options;
/** access checking [optional].
* aClient *: the client
* aChannel *: the channel
* para: the ban parameter
* int: check type (see EXBCHK_*)
* int: what (MODE_ADD or MODE_DEL)
* int: what2 (EXBTYPE_BAN or EXBTYPE_EXCEPT)
* return value: 1=ok, 0=bad
* NOTE: just set this of NULL if you want only +hoaq to place/remove bans as usual.
* NOTE2: This has not been tested yet!!
*/
int (*is_ok)(aClient *, aChannel *, char *para, int, int, int);
/** Convert input parameter to output [optional].
* like with normal bans '+b blah' gets '+b blah!*@*', and it allows
* you to limit the length of the ban too. You can set this to NULL however
* to use the value as-is.
* char *: the input parameter.
* return value: pointer to output string (temp. storage)
*/
char * (*conv_param)(char *);
/** Checks if the user is affected by this ban [required].
* Called from is_banned.
* aClient *: the client
* aChannel *: the channel
* para: the ban entry
* int: a value of BANCHK_* (see struct.h)
*/
int (*is_banned)(aClient *, aChannel *, char *, int);
} Extban;
typedef struct {
char flag;
ExtbanOptions options;
int (*is_ok)(aClient *, aChannel *, char *para, int, int, int);
char * (*conv_param)(char *);
int (*is_banned)(aClient *, aChannel *, char *, int);
} ExtbanInfo;
typedef struct _command {
struct _command *prev, *next;
aCommand *cmd, *tok;
} Command;
typedef struct _versionflag {
struct _versionflag *prev, *next;
char flag;
ModuleChild *parents;
} Versionflag;
typedef struct _isupport {
struct _isupport *prev, *next;
char *token;
char *value;
Module *owner;
} Isupport;
typedef struct _ModuleObject {
struct _ModuleObject *prev, *next;
short type;
union {
Event *event;
Hook *hook;
Command *command;
Hooktype *hooktype;
Versionflag *versionflag;
Snomask *snomask;
Umode *umode;
Cmdoverride *cmdoverride;
Extban *extban;
Callback *callback;
Efunction *efunction;
Isupport *isupport;
} object;
} ModuleObject;
struct _irchook {
Hook *prev, *next;
short type;
union {
int (*intfunc)();
void (*voidfunc)();
char *(*pcharfunc)();
} func;
Module *owner;
};
struct _irccallback {
Callback *prev, *next;
short type;
union {
int (*intfunc)();
void (*voidfunc)();
char *(*pcharfunc)();
} func;
Module *owner;
char willberemoved; /* will be removed on next rehash? (eg the 'old'/'current' one) */
};
/* Definition of an efunction: a MANDATORY Extern Function (in a module),
* for things like do_join, join_channel, etc.
* The difference between callbacks and efunctions are:
* - efunctions are mandatory, while callbacks can be optional (depends!)
* - efunctions are ment for internal usage, so 3rd party modules are not allowed
* to add them.
* - all efunctions are declared as function pointers in modules.c
*/
struct _ircefunction {
Efunction *prev, *next;
short type;
union {
int (*intfunc)();
void (*voidfunc)();
void *(*pvoidfunc)();
char *(*pcharfunc)();
} func;
Module *owner;
char willberemoved; /* will be removed on next rehash? (eg the 'old'/'current' one) */
};
struct _hooktype {
short id;
char *string;
ModuleChild *parents;
};
/*
* What we use to keep track internally of the modules
*/
#define MODERR_NOERROR 0
#define MODERR_EXISTS 1
#define MODERR_NOSPACE 2
#define MODERR_INVALID 3
#define MODERR_NOTFOUND 4
unsigned int ModuleGetError(Module *module);
const char *ModuleGetErrorStr(Module *module);
unsigned int ModuleGetOptions(Module *module);
unsigned int ModuleSetOptions(Module *module, unsigned int options);
struct _Module
{
struct _Module *prev, *next;
ModuleHeader *header; /* The module's header */
#ifdef _WIN32
HMODULE dll; /* Return value of LoadLibrary */
#elif defined(HPUX)
shl_t dll;
#else
void *dll; /* Return value of dlopen */
#endif
unsigned char flags; /* 8-bits for flags .. [<- this is misleading, there's mod->flags = .. everywhere] */
ModuleChild *children;
ModuleObject *objects;
ModuleInfo modinfo; /* Used to store handle info for module */
unsigned char options;
unsigned char errorcode;
char *tmp_file;
unsigned long mod_sys_version;
unsigned int compiler_version;
};
/*
* Symbol table
*/
#define MOD_OPT_PERM 0x0001 /* Permanent module (not unloadable) */
#define MOD_OPT_OFFICIAL 0x0002 /* Official module, do not set "tainted" */
struct _mod_symboltable
{
#ifndef STATIC_LINKING
char *symbol;
#else
void *realfunc;
#endif
vFP *pointer;
#ifndef STATIC_LINKING
char *module;
#endif
};
#ifndef STATIC_LINKING
#define MOD_Dep(name, container,module) {#name, (vFP *) &container, module}
#else
#define MOD_Dep(name, container,module) {(void *)&name, (vFP *) &container}
#endif
/* Event structs */
struct _event {
Event *prev, *next;
char *name;
time_t every;
long howmany;
vFP event;
void *data;
time_t last;
Module *owner;
};
#define EMOD_EVERY 0x0001
#define EMOD_HOWMANY 0x0002
#define EMOD_NAME 0x0004
#define EMOD_EVENT 0x0008
#define EMOD_DATA 0x0010
struct _eventinfo {
int flags;
long howmany;
time_t every;
char *name;
vFP event;
void *data;
};
/* Huh? Why are those not marked as extern?? -- Syzop */
#define EventAdd(name, every, howmany, event, data) EventAddEx(NULL, name, every, howmany, event, data)
Event *EventAddEx(Module *, char *name, long every, long howmany,
vFP event, void *data);
Event *EventDel(Event *event);
Event *EventMarkDel(Event *event);
Event *EventFind(char *name);
int EventMod(Event *event, EventInfo *mods);
void DoEvents(void);
void EventStatus(aClient *sptr);
void SetupEvents(void);
void LockEventSystem(void);
void UnlockEventSystem(void);
extern MODVAR Hook *Hooks[MAXHOOKTYPES];
extern MODVAR Hooktype Hooktypes[MAXCUSTOMHOOKS];
extern MODVAR Callback *Callbacks[MAXCALLBACKS], *RCallbacks[MAXCALLBACKS];
extern MODVAR Efunction *Efunctions[MAXEFUNCTIONS];
void Module_Init(void);
char *Module_Create(char *path);
void Init_all_testing_modules(void);
void Unload_all_loaded_modules(void);
void Unload_all_testing_modules(void);
int Module_Unload(char *name, int unload);
vFP Module_Sym(char *name);
vFP Module_SymX(char *name, Module **mptr);
int Module_free(Module *mod);
#ifdef __OpenBSD__
void *obsd_dlsym(void *handle, char *symbol);
#endif
Versionflag *VersionflagAdd(Module *module, char flag);
void VersionflagDel(Versionflag *vflag, Module *module);
Isupport *IsupportAdd(Module *module, const char *token, const char *value);
void IsupportSetValue(Isupport *isupport, const char *value);
void IsupportDel(Isupport *isupport);
Isupport *IsupportFind(const char *token);
#define add_Hook(hooktype, func) HookAddMain(NULL, hooktype, func, NULL, NULL)
#define HookAdd(hooktype, func) HookAddMain(NULL, hooktype, func, NULL, NULL)
#define HookAddEx(module, hooktype, func) HookAddMain(module, hooktype, func, NULL, NULL)
#define HookAddVoid(hooktype, func) HookAddMain(NULL, hooktype, NULL, func, NULL)
#define HookAddVoidEx(module, hooktype, func) HookAddMain(module, hooktype, NULL, func, NULL)
#define HookAddPChar(hooktype, func) HookAddMain(NULL, hooktype, NULL, NULL, func)
#define HookAddPCharEx(module, hooktype, func) HookAddMain(module, hooktype, NULL, NULL, func)
#define add_HookX(hooktype, func1, func2, func3) HookAddMain(NULL, hooktype, func1, func2, func3)
Hook *HookAddMain(Module *module, int hooktype, int (*intfunc)(), void (*voidfunc)(), char *(*pcharfunc)());
Hook *HookDel(Hook *hook);
Hooktype *HooktypeAdd(Module *module, char *string, int *type);
void HooktypeDel(Hooktype *hooktype, Module *module);
#define RunHook0(hooktype) do { Hook *h; for (h = Hooks[hooktype]; h; h = h->next)(*(h->func.intfunc))(); } while(0)
#define RunHook(hooktype,x) do { Hook *h; for (h = Hooks[hooktype]; h; h = h->next) (*(h->func.intfunc))(x); } while(0)
#define RunHookReturn(hooktype,x,ret) do { Hook *h; for (h = Hooks[hooktype]; h; h = h->next) if((*(h->func.intfunc))(x) ret) return -1; } while(0)
#define RunHookReturnInt(hooktype,x,retchk) \
{ \
int retval; \
Hook *h; \
for (h = Hooks[hooktype]; h; h = h->next) \
{ \
retval = (*(h->func.intfunc))(x); \
if (retval retchk) return retval; \
} \
}
#define RunHookReturnInt2(hooktype,x,y,retchk) \
{ \
int retval; \
Hook *h; \
for (h = Hooks[hooktype]; h; h = h->next) \
{ \
retval = (*(h->func.intfunc))(x,y); \
if (retval retchk) return retval; \
} \
}
#define RunHookReturnVoid(hooktype,x,ret) do { Hook *h; for (h = Hooks[hooktype]; h; h = h->next) if((*(h->func.intfunc))(x) ret) return; } while(0)
#define RunHook2(hooktype,x,y) do { Hook *h; for (h = Hooks[hooktype]; h; h = h->next) (*(h->func.intfunc))(x,y); } while(0)
#define RunHook3(hooktype,a,b,c) do { Hook *h; for (h = Hooks[hooktype]; h; h = h->next) (*(h->func.intfunc))(a,b,c); } while(0)
#define RunHook4(hooktype,a,b,c,d) do { Hook *h; for (h = Hooks[hooktype]; h; h = h->next) (*(h->func.intfunc))(a,b,c,d); } while(0)
#define RunHook5(hooktype,a,b,c,d,e) do { Hook *h; for (h = Hooks[hooktype]; h; h = h->next) (*(h->func.intfunc))(a,b,c,d,e); } while(0)
#define RunHook6(hooktype,a,b,c,d,e,f) do { Hook *h; for (h = Hooks[hooktype]; h; h = h->next) (*(h->func.intfunc))(a,b,c,d,e,f); } while(0)
#define RunHook7(hooktype,a,b,c,d,e,f,g) do { Hook *h; for (h = Hooks[hooktype]; h; h = h->next) (*(h->func.intfunc))(a,b,c,d,e,f,g); } while(0)
#define CallbackAdd(cbtype, func) CallbackAddMain(NULL, cbtype, func, NULL, NULL)
#define CallbackAddEx(module, cbtype, func) CallbackAddMain(module, cbtype, func, NULL, NULL)
#define CallbackAddVoid(cbtype, func) CallbackAddMain(NULL, cbtype, NULL, func, NULL)
#define CallbackAddVoidEx(module, cbtype, func) CallbackAddMain(module, cbtype, NULL, func, NULL)
#define CallbackAddPChar(cbtype, func) CallbackAddMain(NULL, cbtype, NULL, NULL, func)
#define CallbackAddPCharEx(module, cbtype, func) CallbackAddMain(module, cbtype, NULL, NULL, func)
extern Callback *CallbackAddMain(Module *module, int cbtype, int (*intfunc)(), void (*voidfunc)(), char *(*pcharfunc)());
extern Callback *CallbackDel(Callback *cb);
#define EfunctionAdd(module, cbtype, func) EfunctionAddMain(module, cbtype, func, NULL, NULL, NULL)
#define EfunctionAddVoid(module, cbtype, func) EfunctionAddMain(module, cbtype, NULL, func, NULL, NULL)
#define EfunctionAddPVoid(module, cbtype, func) EfunctionAddMain(module, cbtype, NULL, NULL, func, NULL)
#define EfunctionAddPChar(module, cbtype, func) EfunctionAddMain(module, cbtype, NULL, NULL, NULL, func)
extern Efunction *EfunctionAddMain(Module *module, int eftype, int (*intfunc)(), void (*voidfunc)(), void *(*pvoidfunc)(), char *(*pcharfunc)());
extern Efunction *EfunctionDel(Efunction *cb);
Command *CommandAdd(Module *module, char *cmd, char *tok, int (*func)(), unsigned char params, int flags);
void CommandDel(Command *command);
int CommandExists(char *name);
Cmdoverride *CmdoverrideAdd(Module *module, char *cmd, iFP function);
void CmdoverrideDel(Cmdoverride *ovr);
int CallCmdoverride(Cmdoverride *ovr, aClient *cptr, aClient *sptr, int parc, char *parv[]);
/* Hook types */
#define HOOKTYPE_LOCAL_QUIT 1
#define HOOKTYPE_LOCAL_NICKCHANGE 2
#define HOOKTYPE_LOCAL_CONNECT 3
#define HOOKTYPE_REHASHFLAG 4
#define HOOKTYPE_PRE_LOCAL_PART 5
#define HOOKTYPE_CONFIGPOSTTEST 6
#define HOOKTYPE_REHASH 7
#define HOOKTYPE_PRE_LOCAL_CONNECT 8
#define HOOKTYPE_PRE_LOCAL_QUIT 9
#define HOOKTYPE_GUEST 10
#define HOOKTYPE_SERVER_CONNECT 11
#define HOOKTYPE_SERVER_QUIT 12
#define HOOKTYPE_STATS 13
#define HOOKTYPE_LOCAL_JOIN 14
#define HOOKTYPE_CONFIGTEST 15
#define HOOKTYPE_CONFIGRUN 16
/* If you ever change the number of usermsg & chanmsg, notify Syzop first, kthx! ;p */
#define HOOKTYPE_USERMSG 17
#define HOOKTYPE_CHANMSG 18
#define HOOKTYPE_LOCAL_PART 19
#define HOOKTYPE_LOCAL_KICK 20
#define HOOKTYPE_LOCAL_CHANMODE 21
#define HOOKTYPE_LOCAL_TOPIC 22
#define HOOKTYPE_LOCAL_OPER 23
#define HOOKTYPE_UNKUSER_QUIT 24
#define HOOKTYPE_LOCAL_PASS 25
#define HOOKTYPE_REMOTE_CONNECT 26
#define HOOKTYPE_REMOTE_QUIT 27
#define HOOKTYPE_PRE_LOCAL_JOIN 28
#define HOOKTYPE_PRE_LOCAL_KICK 29
#define HOOKTYPE_PRE_LOCAL_TOPIC 30
#define HOOKTYPE_REMOTE_NICKCHANGE 31
#define HOOKTYPE_CHANNEL_CREATE 32
#define HOOKTYPE_CHANNEL_DESTROY 33
#define HOOKTYPE_REMOTE_CHANMODE 34
#define HOOKTYPE_TKL_EXCEPT 35
#define HOOKTYPE_UMODE_CHANGE 36
#define HOOKTYPE_TOPIC 37
#define HOOKTYPE_REHASH_COMPLETE 38
#define HOOKTYPE_TKL_ADD 39
#define HOOKTYPE_TKL_DEL 40
#define HOOKTYPE_LOCAL_KILL 41
#define HOOKTYPE_LOG 42
#define HOOKTYPE_REMOTE_JOIN 43
#define HOOKTYPE_REMOTE_PART 44
#define HOOKTYPE_REMOTE_KICK 45
#define HOOKTYPE_LOCAL_SPAMFILTER 46
/* Hook return values */
#define HOOK_CONTINUE 0
#define HOOK_ALLOW -1
#define HOOK_DENY 1
/* Callback types */
#define CALLBACKTYPE_CLOAK 1
#define CALLBACKTYPE_CLOAKKEYCSUM 2
#define CALLBACKTYPE_CLOAK_EX 3
/* Efunction types */
#define EFUNC_DO_JOIN 1
#define EFUNC_JOIN_CHANNEL 2
#define EFUNC_CAN_JOIN 3
#define EFUNC_DO_MODE 4
#define EFUNC_SET_MODE 5
#define EFUNC_M_UMODE 6
#define EFUNC_REGISTER_USER 7
#define EFUNC_TKL_HASH 8
#define EFUNC_TKL_TYPETOCHAR 9
#define EFUNC_TKL_ADD_LINE 10
#define EFUNC_TKL_DEL_LINE 11
#define EFUNC_TKL_CHECK_LOCAL_REMOVE_SHUN 12
#define EFUNC_TKL_EXPIRE 13
#define EFUNC_TKL_CHECK_EXPIRE 14
#define EFUNC_FIND_TKLINE_MATCH 15
#define EFUNC_FIND_SHUN 16
#define EFUNC_FIND_SPAMFILTER_USER 17
#define EFUNC_FIND_QLINE 18
#define EFUNC_FIND_TKLINE_MATCH_ZAP 19
#define EFUNC_TKL_STATS 20
#define EFUNC_TKL_SYNCH 21
#define EFUNC_M_TKL 22
#define EFUNC_PLACE_HOST_BAN 23
#define EFUNC_DOSPAMFILTER 24
#define EFUNC_DOSPAMFILTER_VIRUSCHAN 25
#define EFUNC_FIND_TKLINE_MATCH_ZAP_EX 26
#define EFUNC_SEND_LIST 27
#define EFUNC_STRIPBADWORDS_CHANNEL 28
#define EFUNC_STRIPBADWORDS_MESSAGE 29
#define EFUNC_STRIPBADWORDS_QUIT 30
#define EFUNC_STRIPCOLORS 31
#define EFUNC_STRIPCONTROLCODES 32
/* Module flags */
#define MODFLAG_NONE 0x0000
#define MODFLAG_LOADED 0x0001 /* Fully loaded */
#define MODFLAG_TESTING 0x0002 /* Not yet initialized */
#define MODFLAG_INIT 0x0004 /* Initialized */
#define MODFLAG_DELAYED 0x0008 /* Delayed unload */
/* Module function return values */
#define MOD_SUCCESS 0
#define MOD_FAILED -1
#define MOD_DELAY 2
#define CONFIG_MAIN 1
#define CONFIG_SET 2
#define CONFIG_BAN 3
#define CONFIG_EXCEPT 4
#define CONFIG_DENY 5
#define CONFIG_ALLOW 6
#define CONFIG_CLOAKKEYS 7
#ifdef DYNAMIC_LINKING
#define MOD_HEADER(name) Mod_Header
#define MOD_TEST(name) Mod_Test
#define MOD_INIT(name) Mod_Init
#define MOD_LOAD(name) Mod_Load
#define MOD_UNLOAD(name) Mod_Unload
#else
#define MOD_HEADER(name) name##_Header
#define MOD_TEST(name) name##_Test
#define MOD_INIT(name) name##_Init
#define MOD_LOAD(name) name##_Load
#define MOD_UNLOAD(name) name##_Unload
#endif
#define CLOAK_KEYCRC RCallbacks[CALLBACKTYPE_CLOAKKEYCSUM]->func.pcharfunc()
#ifdef DYNAMIC_LINKING
#include "modversion.h"
#endif
#endif
16 Nisan 2009, 17:40
Benzer Konular 
Normal
