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root/svn/ircd-hybrid/trunk/include/client.h

Comparing:
ircd-hybrid-7.2/include/client.h (file contents), Revision 856 by db, Tue Feb 27 02:58:49 2007 UTC vs.
ircd-hybrid/trunk/include/client.h (file contents), Revision 5805 by michael, Tue Apr 21 21:49:58 2015 UTC

#	Line 1 | Line 1
1		/*
2	<	*  ircd-hybrid: an advanced Internet Relay Chat Daemon(ircd).
3	<	*  client.h: The ircd client header.
2	>	*  ircd-hybrid: an advanced, lightweight Internet Relay Chat Daemon (ircd)
3		*
4	<	*  Copyright (C) 2002 by the past and present ircd coders, and others.
4	>	*  Copyright (c) 1997-2015 ircd-hybrid development team
5		*
6		*  This program is free software; you can redistribute it and/or modify
7		*  it under the terms of the GNU General Public License as published by
#	Line 16 | Line 15
15		*
16		*  You should have received a copy of the GNU General Public License
17		*  along with this program; if not, write to the Free Software
18	<	*  Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA  02111-1307
18	>	*  Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301
19		*  USA
21	–	*
22	–	*  $Id$
20		*/
21
22	+	/*! \file client.h
23	+	* \brief Header including structures, macros and prototypes for client handling
24	+	* \version $Id$
25	+	*/
26	+
27	+
28		#ifndef INCLUDED_client_h
29		#define INCLUDED_client_h
30
31	+	#include "list.h"
32		#include "fdlist.h"
33	<	#include "setup.h"
33	>	#include "config.h"
34		#include "ircd_defs.h"
31	–	#include "ircd_handler.h"
35		#include "dbuf.h"
36		#include "channel.h"
37	<	#include "irc_res.h"
37	>	#include "auth.h"
38
39	<	#define HOSTIPLEN       53 /* sizeof("ffff:ffff:ffff:ffff:ffff:ffff:255.255.255.255.ipv6") */
37	<	#define PASSWDLEN       20
38	<	#define CIPHERKEYLEN    64 /* 512bit */
39	<	#define IDLEN           12 /* this is the maximum length, not the actual
40	<	generated length; DO NOT CHANGE! */
41	<
42	<	/*
43	<	* pre declare structs
44	<	*/
45	<	struct AccessItem;
46	<	struct Whowas;
47	<	struct DNSReply;
48	<	struct Listener;
49	<	struct Client;
50	<	struct LocalUser;
51	<
52	<	/*
53	<	* Client structures
54	<	*/
55	<
56	<	struct Server
57	<	{
58	<	char by[NICKLEN];       /* who activated this connection     */
59	<	struct ConfItem *sconf; /* ConfItem connect{} pointer for this server */
60	<	dlink_list servers;     /* Servers on this server            */
61	<	dlink_list users;       /* Users on this server              */
62	<	int dep_servers;        /* Total number of dependent servers on all levels */
63	<	int dep_users;          /* Total number of dependent users on all levels */
64	<	};
65	<
66	<	struct SlinkRpl
67	<	{
68	<	int command;
69	<	int datalen;
70	<	int gotdatalen;
71	<	int readdata;
72	<	unsigned char *data;
73	<	};
74	<
75	<	struct ZipStats
76	<	{
77	<	unsigned long in;
78	<	unsigned long in_wire;
79	<	unsigned long out;
80	<	unsigned long out_wire;
81	<	double in_ratio;
82	<	double out_ratio;
83	<	};
84	<
85	<	struct ListTask
86	<	{
87	<	int hash_index;       /* the bucket we are currently in */
88	<	dlink_list show_mask; /* show these channels..          */
89	<	dlink_list hide_mask; /* ..and hide these ones          */
90	<	unsigned int users_min, users_max;
91	<	unsigned int created_min, created_max;
92	<	unsigned int topicts_min, topicts_max;
93	<	};
94	<
95	<	struct Client
96	<	{
97	<	dlink_node node;
98	<	dlink_node lnode;             /* Used for Server->servers/users */
99	<
100	<	struct Client *hnext;         /* For client hash table lookups by name */
101	<	struct Client *idhnext;       /* For SID hash table lookups by sid */
102	<
103	<	struct Server*    serv;       /* ...defined, if this is a server */
104	<	struct Client*    servptr;    /* Points to server this Client is on */
105	<	struct Client*    from;       /* == self, if Local Client, *NEVER* NULL! */
106	<
107	<	struct Whowas*    whowas;     /* Pointers to whowas structs */
108	<	time_t            lasttime;   /* ...should be only LOCAL clients? --msa */
109	<	time_t            firsttime;  /* time client was created */
110	<	time_t            since;      /* last time we parsed something */
111	<	time_t            tsinfo;     /* TS on the nick, SVINFO on server */
112	<	unsigned long     connect_id; /* unique connection ID */
113	<	unsigned int      umodes;     /* opers, normal users subset */
114	<	unsigned int      flags;      /* client flags */
115	<
116	<	unsigned short    hopcount;   /* number of servers to this 0 = local */
117	<	unsigned short    status;     /* Client type */
118	<	unsigned char     handler;    /* Handler index */
119	<	unsigned long     serial;     /* used to enforce 1 send per nick */
120	<	unsigned long     lazyLinkClientExists; /* This client exists on the
121	<	* bit mapped lazylink servers
122	<	* mapped here
123	<	*/
124	<	char *away;
125	<	/*
126	<	* client->name is the unique name for a client nick or host
127	<	*/
128	<	char name[HOSTLEN + 1];
129	<	char id[IDLEN + 1];       /* client ID, unique ID per client */
130	<
131	<	/*
132	<	* client->llname is used to store the clients requested nick
133	<	* temporarily for new connections.
134	<	*/
135	<	char              llname[NICKLEN];
136	<
137	<	/*
138	<	* client->username is the username from ident or the USER message,
139	<	* If the client is idented the USER message is ignored, otherwise
140	<	* the username part of the USER message is put here prefixed with a
141	<	* tilde depending on the I:line, Once a client has registered, this
142	<	* field should be considered read-only.
143	<	*/
144	<	char              username[USERLEN + 1]; /* client's username */
145	<
146	<	/*
147	<	* client->host contains the resolved name or ip address
148	<	* as a string for the user, it may be fiddled with for oper spoofing etc.
149	<	* once it's changed the *real* address goes away. This should be
150	<	* considered a read-only field after the client has registered.
151	<	*/
152	<	char              host[HOSTLEN + 1];     /* client's hostname */
153	<
154	<	/*
155	<	* client->info for unix clients will normally contain the info from the
156	<	* gcos field in /etc/passwd but anything can go here.
157	<	*/
158	<	char              info[REALLEN + 1]; /* Free form additional client info */
159	<	char              client_host[HOSTLEN + 1];
160	<	char              client_server[HOSTLEN + 1];
161	<
162	<	/* client->sockhost contains the ip address gotten from the socket as a
163	<	* string, this field should be considered read-only once the connection
164	<	* has been made. (set in s_bsd.c only)
165	<	*/
166	<	char              sockhost[HOSTIPLEN + 1]; /* This is the host name from the
167	<	socket ip address as string */
168	<	/* caller ID allow list */
169	<	/* This has to be here, since a client on an on_allow_list could
170	<	* be a remote client. simpler to keep both here.
171	<	*/
172	<	dlink_list    allow_list;     /* clients I'll allow to talk to me */
173	<	dlink_list    on_allow_list;  /* clients that have =me= on their allow list*/
174	<
175	<	dlink_list     channel;   /* chain of channel pointer blocks */
176	<
177	<	struct LocalUser *localClient;
178	<	};
179	<
180	<	struct LocalUser
181	<	{
182	<	/*
183	<	* The following fields are allocated only for local clients
184	<	* (directly connected to *this* server with a socket.
185	<	*/
186	<	unsigned int registration;
187	<	unsigned int cap_client;    /* Client capabilities (from us) */
188	<	unsigned int cap_active;    /* Active capabilities (to us) */
189	<
190	<	/* Anti flooding part, all because of lamers... */
191	<	time_t            last_away; /* Away since... */
192	<	time_t            last_join_time;   /* when this client last
193	<	joined a channel */
194	<	time_t            last_leave_time;  /* when this client last
195	<	* left a channel */
196	<	int               join_leave_count; /* count of JOIN/LEAVE in less than
197	<	MIN_JOIN_LEAVE_TIME seconds */
198	<	int               oper_warn_count_down; /* warn opers of this possible
199	<	spambot every time this gets to 0 */
200	<	time_t            reject_delay;
201	<	time_t            last_caller_id_time;
202	<	time_t            first_received_message_time;
203	<	int               received_number_of_privmsgs;
204	<	int               flood_noticed;
205	<
206	<	dlink_node        lclient_node;
207	<
208	<	unsigned int      operflags; /* oper priv flags */
209	<
210	<	struct ListTask   *list_task;
211	<	/* Send and receive dbufs .. */
212	<	struct dbuf_queue buf_sendq;
213	<	struct dbuf_queue buf_recvq;
214	<
215	<	struct {
216	<	unsigned int messages;      /* Statistics: protocol messages sent/received */
217	<	uint64_t bytes;             /* Statistics: total bytes sent/received */
218	<	} recv, send;
219	<
220	<	struct Listener *listener;   /* listener accepted from */
221	<	dlink_list        confs;     /* Configuration record associated */
222	<	dlink_list        invited;   /* chain of invite pointer blocks */
223	<	struct irc_ssaddr ip;
224	<	int               aftype;     /* Makes life easier for DNS res in IPV6 */
225	<	struct DNSQuery   *dns_query; /* result returned from resolver query */
226	<	unsigned long     serverMask; /* Only used for Lazy Links */
227	<	time_t last; /* Last time we got a PRIVMSG */
228	<	time_t            last_nick_change;
229	<	int               number_of_nick_changes;
230	<
231	<	char              *passwd;
232	<	int               caps;       /* capabilities bit-field */
233	<	int               enc_caps;   /* cipher capabilities bit-field */
234	<
235	<	#ifdef HAVE_LIBCRYPTO
236	<	struct EncCapability *in_cipher;
237	<	struct EncCapability *out_cipher;
238	<
239	<	char              in_key[CIPHERKEYLEN];
240	<	char              out_key[CIPHERKEYLEN];
241	<	#endif
242	<
243	<	fde_t             fd;
244	<	fde_t             ctrlfd;     /* For servers: control fd used for sending commands
245	<	to servlink */
246	<
247	<	struct SlinkRpl  slinkrpl;    /* slink reply being parsed */
248	<	char    *slinkq;              /* sendq for control data */
249	<	int              slinkq_ofs;  /* ofset into slinkq */
250	<	int              slinkq_len;  /* length remaining after slinkq_ofs */
251	<
252	<	struct ZipStats  zipstats;
253	<
254	<	/* Anti-flood stuff. We track how many messages were parsed and how
255	<	* many we were allowed in the current second, and apply a simple
256	<	* decay to avoid flooding.
257	<	*   -- adrian
258	<	*/
259	<	int allow_read;       /* how many we're allowed to read in this second */
260	<	int sent_parsed;      /* how many messages we've parsed in this second */
261	<	time_t last_knock;    /* time of last knock */
262	<	unsigned long random_ping;
263	<
264	<	char*          response;  /* expected response from client */
265	<	char*          auth_oper; /* Operator to become if they supply the response.*/
266	<	};
39	>	struct MaskItem;
40
41		/*
42		* status macros.
43		*/
44	<	#define STAT_CONNECTING         0x01
45	<	#define STAT_HANDSHAKE          0x02
46	<	#define STAT_ME                 0x04
47	<	#define STAT_UNKNOWN            0x08
48	<	#define STAT_SERVER             0x10
49	<	#define STAT_CLIENT             0x20
50	<
51	<	#define REG_NEED_USER 0x1
52	<	#define REG_NEED_NICK 0x2
53	<	#define REG_NEED_CAP  0x4
54	<	#define REG_INIT (REG_NEED_USER|REG_NEED_NICK)
55	<
56	<	#define HasID(x)                ((x)->id[0] != '\0')
284	<	#define ID(x)                   (HasID(x) ? (x)->id : (x)->name)
285	<	#define ID_or_name(x,client_p)  ((IsCapable(client_p, CAP_TS6) && HasID(x)) ? (x)->id : (x)->name)
44	>	#define STAT_CONNECTING  0x00000001U
45	>	#define STAT_HANDSHAKE   0x00000002U
46	>	#define STAT_ME          0x00000004U
47	>	#define STAT_UNKNOWN     0x00000008U
48	>	#define STAT_SERVER      0x00000010U
49	>	#define STAT_CLIENT      0x00000020U
50	>
51	>	#define REG_NEED_USER    0x00000001U  /**< User must send USER command */
52	>	#define REG_NEED_NICK    0x00000002U  /**< User must send NICK command */
53	>	#define REG_NEED_CAP     0x00000004U  /**< In middle of CAP negotiations */
54	>	#define REG_INIT  (REG_NEED_USER|REG_NEED_NICK)
55	>
56	>	#define ID_or_name(x,client_p)  ((IsServer(client_p->from) && (x)->id[0]) ? (x)->id : (x)->name)
57
58		#define IsRegistered(x)         ((x)->status  > STAT_UNKNOWN)
59		#define IsConnecting(x)         ((x)->status == STAT_CONNECTING)
#	Line 292 | Line 63 | struct LocalUser
63		#define IsServer(x)             ((x)->status == STAT_SERVER)
64		#define IsClient(x)             ((x)->status == STAT_CLIENT)
65
295	–	#define IsOper(x)               ((x)->umodes & UMODE_OPER)
296	–	#define IsAdmin(x)              ((x)->umodes & UMODE_ADMIN)
297	–
66		#define SetConnecting(x)        {(x)->status = STAT_CONNECTING; \
67	<	(x)->handler = UNREGISTERED_HANDLER; }
67	>	(x)->handler = UNREGISTERED_HANDLER; }
68
69		#define SetHandshake(x)         {(x)->status = STAT_HANDSHAKE; \
70	<	(x)->handler = UNREGISTERED_HANDLER; }
70	>	(x)->handler = UNREGISTERED_HANDLER; }
71
72		#define SetMe(x)                {(x)->status = STAT_ME; \
73	<	(x)->handler = UNREGISTERED_HANDLER; }
73	>	(x)->handler = UNREGISTERED_HANDLER; }
74
75		#define SetUnknown(x)           {(x)->status = STAT_UNKNOWN; \
76	<	(x)->handler = UNREGISTERED_HANDLER; }
76	>	(x)->handler = UNREGISTERED_HANDLER; }
77
78		#define SetServer(x)            {(x)->status = STAT_SERVER; \
79	<	(x)->handler = SERVER_HANDLER; }
79	>	(x)->handler = SERVER_HANDLER; }
80
81		#define SetClient(x)            {(x)->status = STAT_CLIENT; \
82	<	(x)->handler = IsOper((x)) ? \
83	<	OPER_HANDLER : CLIENT_HANDLER; }
82	>	(x)->handler = HasUMode(x, UMODE_OPER) ? \
83	>	OPER_HANDLER : CLIENT_HANDLER; }
84
85	<	#define SetEob(x)               ((x)->flags |= FLAGS_EOB)
86	<	#define HasSentEob(x)           ((x)->flags & FLAGS_EOB)
85	>	#define MyConnect(x)            ((x)->connection != NULL)
86	>	#define MyClient(x)             (MyConnect(x) && IsClient(x))
87
88		/*
89		* ts stuff
90		*/
91	<	#define TS_CURRENT      6       /* current TS protocol version */
92	<	#ifdef TS5_ONLY
93	<	#define TS_MIN          5
326	<	#else
327	<	#define TS_MIN          3       /* minimum supported TS protocol version */
328	<	#endif
329	<	#define TS_DOESTS       0x20000000
330	<	#define DoesTS(x)       ((x)->tsinfo == TS_DOESTS)
91	>	#define TS_CURRENT      6  /**< Current TS protocol version */
92	>	#define TS_MIN          6  /**< Minimum supported TS protocol version */
93	>
94
95	+	#define CAP_MULTI_PREFIX  0x00000001U
96	+	#define CAP_AWAY_NOTIFY   0x00000002U
97	+	#define CAP_UHNAMES       0x00000004U
98	+	#define CAP_EXTENDED_JOIN 0x00000008U
99
100	+	#define HasCap(x, y) ((x)->connection->cap_active & (y))
101
334	–	#define CAP_MULTI_PREFIX  0x00000001
102
103		/* housekeeping flags */
104	<	#define FLAGS_PINGSENT      0x00000001 /* Unreplied ping sent                      */
105	<	#define FLAGS_DEADSOCKET    0x00000002 /* Local socket is dead--Exiting soon       */
106	<	#define FLAGS_KILLED        0x00000004 /* Prevents "QUIT" from being sent for this */
107	<	#define FLAGS_CLOSING       0x00000008 /* set when closing to suppress errors      */
108	<	#define FLAGS_GOTID         0x00000010 /* successful ident lookup achieved         */
109	<	#define FLAGS_NEEDID        0x00000020 /* I-lines say must use ident return        */
110	<	#define FLAGS_SENDQEX       0x00000040 /* Sendq exceeded                           */
111	<	#define FLAGS_IPHASH        0x00000080 /* iphashed this client                     */
112	<	#define FLAGS_CRYPTIN       0x00000100 /* incoming data must be decrypted          */
113	<	#define FLAGS_CRYPTOUT      0x00000200 /* outgoing data must be encrypted          */
114	<	#define FLAGS_WAITAUTH      0x00000400 /* waiting for CRYPTLINK AUTH command       */
115	<	#define FLAGS_SERVLINK      0x00000800 /* servlink has servlink process            */
116	<	#define FLAGS_MARK          0x00001000 /* marked client                            */
117	<	#define FLAGS_CANFLOOD      0x00002000 /* client has the ability to flood          */
118	<	#define FLAGS_EXEMPTGLINE   0x00004000 /* client can't be G-lined                  */
119	<	#define FLAGS_EXEMPTKLINE   0x00008000 /* client is exempt from kline              */
120	<	#define FLAGS_NOLIMIT       0x00010000 /* client is exempt from limits             */
121	<	#define FLAGS_RESTRICTED    0x00020000 /* client cannot op others                  */
122	<	#define FLAGS_PING_COOKIE   0x00040000 /* PING Cookie                              */
123	<	#define FLAGS_IDLE_LINED    0x00080000 /* client is exempt from idle-time limits   */
124	<	#define FLAGS_IP_SPOOFING   0x00100000 /* client IP is spoofed                     */
125	<	#define FLAGS_FLOODDONE     0x00200000 /* Flood grace period has been ended.       */
126	<	#define FLAGS_EOB           0x00400000 /* server has received EOB                  */
127	<	#define FLAGS_HIDDEN        0x00800000 /* a hidden server. not shown in /links     */
128	<	#define FLAGS_BLOCKED       0x01000000 /* must wait for COMM_SELECT_WRITE          */
129	<	#define FLAGS_SBLOCKED      0x02000000 /* slinkq is blocked                        */
130	<	#define FLAGS_USERHOST      0x04000000 /* client is in userhost hash               */
131	<	#define FLAGS_BURSTED       0x08000000 /* user was already bursted                 */
132	<	#define FLAGS_EXEMPTRESV    0x10000000 /* client is exempt from RESV               */
366	<	#define FLAGS_GOTUSER       0x20000000 /* if we received a USER command            */
367	<	#define FLAGS_PINGWARNING   0x40000000 /* unreplied ping warning already sent      */
368	<	#define FLAGS_FINISHED_AUTH 0x80000000 /* Client has been released from auth       */
104	>	#define FLAGS_PINGSENT       0x00000001U  /**< Unreplied ping sent */
105	>	#define FLAGS_DEADSOCKET     0x00000002U  /**< Local socket is dead--Exiting soon */
106	>	#define FLAGS_KILLED         0x00000004U  /**< Prevents "QUIT" from being sent for this */
107	>	#define FLAGS_CLOSING        0x00000008U  /**< Set when closing to suppress errors */
108	>	#define FLAGS_GOTID          0x00000010U  /**< Successful ident lookup achieved */
109	>	#define FLAGS_SENDQEX        0x00000020U  /**< Sendq exceeded */
110	>	#define FLAGS_IPHASH         0x00000040U  /**< Iphashed this client */
111	>	#define FLAGS_MARK           0x00000080U  /**< Marked client */
112	>	#define FLAGS_CANFLOOD       0x00000100U  /**< Client has the ability to flood */
113	>	#define FLAGS_EXEMPTKLINE    0x00000200U  /**< Client is exempt from kline */
114	>	#define FLAGS_NOLIMIT        0x00000400U  /**< Client is exempt from limits */
115	>	#define FLAGS_PING_COOKIE    0x00000800U  /**< PING Cookie */
116	>	#define FLAGS_FLOODDONE      0x00001000U  /**< Flood grace period has been ended. */
117	>	#define FLAGS_EOB            0x00002000U  /**< Server has sent us an EOB */
118	>	#define FLAGS_HIDDEN         0x00004000U  /**< A hidden server. Not shown in /links */
119	>	#define FLAGS_BLOCKED        0x00008000U  /**< Must wait for COMM_SELECT_WRITE */
120	>	#define FLAGS_USERHOST       0x00010000U  /**< Client is in userhost hash */
121	>	#define FLAGS_BURSTED        0x00020000U  /**< User was already bursted */
122	>	#define FLAGS_EXEMPTRESV     0x00040000U  /**< Client is exempt from RESV */
123	>	#define FLAGS_GOTUSER        0x00080000U  /**< If we received a USER command */
124	>	#define FLAGS_FINISHED_AUTH  0x00100000U  /**< Client has been released from auth */
125	>	#define FLAGS_FLOOD_NOTICED  0x00200000U  /**< Notice to opers about this flooder has been sent */
126	>	#define FLAGS_SERVICE        0x00400000U  /**< Client/server is a network service */
127	>	#define FLAGS_SSL            0x00800000U  /**< User is connected via TLS/SSL */
128	>	#define FLAGS_SQUIT          0x01000000U
129	>
130	>	#define HasFlag(x, y) ((x)->flags &   (y))
131	>	#define AddFlag(x, y) ((x)->flags |=  (y))
132	>	#define DelFlag(x, y) ((x)->flags &= ~(y))
133
134
371	–	/* umodes, settable flags */
372	–	#define UMODE_SERVNOTICE   0x00000001 /* server notices such as kill */
373	–	#define UMODE_CCONN        0x00000002 /* Client Connections */
374	–	#define UMODE_REJ          0x00000004 /* Bot Rejections */
375	–	#define UMODE_SKILL        0x00000008 /* Server Killed */
376	–	#define UMODE_FULL         0x00000010 /* Full messages */
377	–	#define UMODE_SPY          0x00000020 /* see STATS / LINKS */
378	–	#define UMODE_DEBUG        0x00000040 /* 'debugging' info */
379	–	#define UMODE_NCHANGE      0x00000080 /* Nick change notice */
380	–	#define UMODE_WALLOP       0x00000100 /* send wallops to them */
381	–	#define UMODE_OPERWALL     0x00000200 /* Operwalls */
382	–	#define UMODE_INVISIBLE    0x00000400 /* makes user invisible */
383	–	#define UMODE_BOTS         0x00000800 /* shows bots */
384	–	#define UMODE_EXTERNAL     0x00001000 /* show servers introduced and splitting */
385	–	#define UMODE_CALLERID     0x00002000 /* block unless caller id's */
386	–	#define UMODE_SOFTCALLERID 0x00004000 /* block unless on common channel */
387	–	#define UMODE_UNAUTH       0x00008000 /* show unauth connects here */
388	–	#define UMODE_LOCOPS       0x00010000 /* show locops */
389	–	#define UMODE_DEAF         0x00020000 /* don't receive channel messages */
390	–	#define UMODE_CCONN_FULL   0x00040000 /* add unused fields to connection monitoring */
391	–
392	–	/* user information flags, only settable by remote mode or local oper */
393	–	#define UMODE_OPER         0x40000000 /* Operator */
394	–	#define UMODE_ADMIN        0x80000000 /* Admin on server */
135
136	<	#define UMODE_ALL          UMODE_SERVNOTICE
137	<
138	<	#define SEND_UMODES  (UMODE_INVISIBLE | UMODE_OPER | UMODE_WALLOP | \
139	<	UMODE_ADMIN)
136	>	/* umodes, settable flags */
137	>	#define UMODE_SERVNOTICE   0x00000001U  /**< Server notices such as kill */
138	>	#define UMODE_CCONN        0x00000002U  /**< Can see client connection notices */
139	>	#define UMODE_REJ          0x00000004U  /**< Bot Rejections */
140	>	#define UMODE_SKILL        0x00000008U  /**< Server Killed */
141	>	#define UMODE_FULL         0x00000010U  /**< Full messages */
142	>	#define UMODE_SPY          0x00000020U  /**< See STATS / LINKS */
143	>	#define UMODE_DEBUG        0x00000040U  /**< 'debugging' info */
144	>	#define UMODE_NCHANGE      0x00000080U  /**< Nick change notice */
145	>	#define UMODE_WALLOP       0x00000100U  /**< Send wallops to them */
146	>	#define UMODE_INVISIBLE    0x00000200U  /**< Makes user invisible */
147	>	#define UMODE_BOTS         0x00000400U  /**< Shows bots */
148	>	#define UMODE_EXTERNAL     0x00000800U  /**< Show servers introduced and splitting */
149	>	#define UMODE_CALLERID     0x00001000U  /**< Block unless caller id's */
150	>	#define UMODE_SOFTCALLERID 0x00002000U  /**< Block unless on common channel */
151	>	#define UMODE_UNAUTH       0x00004000U  /**< Show unauth connects here */
152	>	#define UMODE_LOCOPS       0x00008000U  /**< Can see LOCOPS messages */
153	>	#define UMODE_DEAF         0x00010000U  /**< Don't receive channel messages */
154	>	#define UMODE_REGISTERED   0x00020000U  /**< User has identified for that nick. */
155	>	#define UMODE_REGONLY      0x00040000U  /**< Only registered nicks may PM */
156	>	#define UMODE_HIDDEN       0x00080000U  /**< IRC operator status is hidden */
157	>	#define UMODE_OPER         0x00100000U  /**< IRC operator */
158	>	#define UMODE_ADMIN        0x00200000U  /**< Admin on server */
159	>	#define UMODE_FARCONNECT   0x00400000U  /**< Can see remote client connects/exits */
160	>	#define UMODE_HIDDENHOST   0x00800000U  /**< User's host is hidden */
161	>	#define UMODE_SSL          0x01000000U  /**< User is connected via TLS/SSL */
162	>	#define UMODE_WEBIRC       0x02000000U  /**< User connected via a webirc gateway */
163	>	#define UMODE_HIDEIDLE     0x04000000U  /**< Hides idle and signon time in WHOIS */
164	>	#define UMODE_HIDECHANS    0x08000000U  /**< Hides channel list in WHOIS */
165	>
166	>	#define UMODE_ALL          UMODE_SERVNOTICE
167	>
168	>	#define HasUMode(x, y) ((x)->umodes &   (y))
169	>	#define AddUMode(x, y) ((x)->umodes |=  (y))
170	>	#define DelUMode(x, y) ((x)->umodes &= ~(y))
171
172
173		/* oper priv flags */
174	<	#define OPER_FLAG_GLOBAL_KILL  0x00000001 /* oper can global kill        */
175	<	#define OPER_FLAG_REMOTE       0x00000002 /* oper can do squits/connects */
176	<	#define OPER_FLAG_UNKLINE      0x00000004 /* oper can use unkline        */
177	<	#define OPER_FLAG_GLINE        0x00000008 /* oper can use gline          */
178	<	#define OPER_FLAG_N            0x00000010 /* oper can umode n            */
179	<	#define OPER_FLAG_K            0x00000020 /* oper can kill/kline         */
180	<	#define OPER_FLAG_X            0x00000040 /* oper can xline              */
181	<	#define OPER_FLAG_DIE          0x00000080 /* oper can die                */
182	<	#define OPER_FLAG_REHASH       0x00000100 /* oper can rehash             */
183	<	#define OPER_FLAG_ADMIN        0x00000200 /* oper can set umode +a       */
184	<	#define OPER_FLAG_HIDDEN_ADMIN 0x00000400 /* admin is hidden             */
185	<	#define OPER_FLAG_OPERWALL     0x00000800 /* */
186	<	#define OPER_FLAG_OPER_SPY     0x00001000 /* */
187	<	#define OPER_FLAG_REMOTEBAN    0x00002000 /* */
188	<	#define OPER_FLAG_HIDDEN_OPER  0x00004000 /* */
174	>	#define OPER_FLAG_KILL_REMOTE    0x00000001U  /**< Oper can KILL remote users */
175	>	#define OPER_FLAG_KILL           0x00000002U  /**< Oper can KILL local users */
176	>	#define OPER_FLAG_UNKLINE        0x00000004U  /**< Oper can use UNKLINE command */
177	>	#define OPER_FLAG_KLINE          0x00000008U  /**< Oper can use KLINE command */
178	>	#define OPER_FLAG_XLINE          0x00000010U  /**< Oper can use XLINE command */
179	>	#define OPER_FLAG_DIE            0x00000020U  /**< Oper can use DIE command */
180	>	#define OPER_FLAG_REHASH         0x00000040U  /**< Oper can use REHASH command */
181	>	#define OPER_FLAG_ADMIN          0x00000080U  /**< Oper can set user mode +a */
182	>	#define OPER_FLAG_REMOTEBAN      0x00000100U  /**< Oper can set remote bans */
183	>	#define OPER_FLAG_GLOBOPS        0x00000200U  /**< Oper can use GLOBOPS command */
184	>	#define OPER_FLAG_MODULE         0x00000400U  /**< Oper can use MODULE command */
185	>	#define OPER_FLAG_RESTART        0x00000800U  /**< Oper can use RESTART command */
186	>	#define OPER_FLAG_DLINE          0x00001000U  /**< Oper can use DLINE command */
187	>	#define OPER_FLAG_UNDLINE        0x00002000U  /**< Oper can use UNDLINE command */
188	>	#define OPER_FLAG_SET            0x00004000U  /**< Oper can use SET command */
189	>	#define OPER_FLAG_SQUIT          0x00008000U  /**< Oper can do local SQUIT */
190	>	#define OPER_FLAG_SQUIT_REMOTE   0x00010000U  /**< Oper can do remote SQUIT */
191	>	#define OPER_FLAG_CONNECT        0x00020000U  /**< Oper can do local CONNECT */
192	>	#define OPER_FLAG_CONNECT_REMOTE 0x00040000U  /**< Oper can do remote CONNECT */
193	>	#define OPER_FLAG_WALLOPS        0x00080000U  /**< Oper can use WALLOPS command */
194	>	#define OPER_FLAG_LOCOPS         0x00100000U  /**< Oper can use LOCOPS command */
195	>	#define OPER_FLAG_UNXLINE        0x00200000U  /**< Oper can use UNXLINE command */
196	>	#define OPER_FLAG_OPME           0x00400000U  /**< Oper can use OPME command */
197	>
198	>
199	>	#define HasOFlag(x, y) (MyConnect(x) ? (x)->connection->operflags & (y) : 0)
200	>	#define AddOFlag(x, y) ((x)->connection->operflags |=  (y))
201	>	#define DelOFlag(x, y) ((x)->connection->operflags &= ~(y))
202	>	#define ClrOFlag(x)    ((x)->connection->operflags = 0)
203
419	–	#define SetOFlag(x, y) ((x)->localClient->operflags |= (y))
204
205
206		/* flags macros. */
207		#define IsAuthFinished(x)       ((x)->flags & FLAGS_FINISHED_AUTH)
208		#define IsDead(x)               ((x)->flags & FLAGS_DEADSOCKET)
209		#define SetDead(x)              ((x)->flags |= FLAGS_DEADSOCKET)
210	<	#define IsClosing(x)            ((x)->flags & FLAGS_CLOSING)
211	<	#define SetClosing(x)           ((x)->flags |= FLAGS_CLOSING)
212	<	#define IsKilled(x)             ((x)->flags & FLAGS_KILLED)
213	<	#define SetKilled(x)            ((x)->flags |= FLAGS_KILLED)
214	<	#define IsCryptIn(x)            ((x)->flags &  FLAGS_CRYPTIN)
431	<	#define SetCryptIn(x)           ((x)->flags |= FLAGS_CRYPTIN)
432	<	#define IsCryptOut(x)           ((x)->flags &  FLAGS_CRYPTOUT)
433	<	#define SetCryptOut(x)          ((x)->flags |= FLAGS_CRYPTOUT)
434	<	#define IsWaitAuth(x)           ((x)->flags &  FLAGS_WAITAUTH)
435	<	#define SetWaitAuth(x)          ((x)->flags |= FLAGS_WAITAUTH)
436	<	#define ClearWaitAuth(x)        ((x)->flags &= ~FLAGS_WAITAUTH)
437	<	#define HasServlink(x)          ((x)->flags &  FLAGS_SERVLINK)
438	<	#define SetServlink(x)          ((x)->flags |= FLAGS_SERVLINK)
439	<	#define MyConnect(x)            ((x)->localClient != NULL)
440	<	#define MyClient(x)             (MyConnect(x) && IsClient(x))
441	<	#define SetMark(x)              ((x)->flags |= FLAGS_MARK)
442	<	#define ClearMark(x)            ((x)->flags &= ~FLAGS_MARK)
443	<	#define IsMarked(x)             ((x)->flags & FLAGS_MARK)
444	<	#define SetCanFlood(x)          ((x)->flags |= FLAGS_CANFLOOD)
445	<	#define IsCanFlood(x)           ((x)->flags & FLAGS_CANFLOOD)
446	<	#define IsDefunct(x)            ((x)->flags & (FLAGS_DEADSOCKET|FLAGS_CLOSING| \
447	<	FLAGS_KILLED))
210	>	#define IsClosing(x)            ((x)->flags & FLAGS_CLOSING)
211	>	#define SetClosing(x)           ((x)->flags |= FLAGS_CLOSING)
212	>	#define SetCanFlood(x)          ((x)->flags |= FLAGS_CANFLOOD)
213	>	#define IsCanFlood(x)           ((x)->flags & FLAGS_CANFLOOD)
214	>	#define IsDefunct(x)            ((x)->flags & (FLAGS_DEADSOCKET|FLAGS_CLOSING|FLAGS_KILLED))
215
216		/* oper flags */
217	<	#define MyOper(x)               (MyConnect(x) && IsOper(x))
217	>	#define MyOper(x)               (MyConnect(x) && HasUMode(x, UMODE_OPER))
218
219		#define SetOper(x)              {(x)->umodes |= UMODE_OPER; \
220	<	if (!IsServer((x))) (x)->handler = OPER_HANDLER;}
220	>	if (!IsServer((x))) (x)->handler = OPER_HANDLER;}
221
222		#define ClearOper(x)            {(x)->umodes &= ~(UMODE_OPER|UMODE_ADMIN); \
223	<	if (!IsOper((x)) && !IsServer((x))) \
224	<	(x)->handler = CLIENT_HANDLER; }
223	>	if (!HasUMode(x, UMODE_OPER) && !IsServer((x))) \
224	>	(x)->handler = CLIENT_HANDLER; }
225
226	<	#define IsPrivileged(x)         (IsOper(x) || IsServer(x))
227	<
461	<	/* umode flags */
462	<	#define IsInvisible(x)          ((x)->umodes & UMODE_INVISIBLE)
463	<	#define SendWallops(x)          ((x)->umodes & UMODE_WALLOP)
464	<	#define IsSetCallerId(x)        ((x)->umodes & \
465	<	(UMODE_CALLERID|UMODE_SOFTCALLERID))
466	<	#define IsSoftCallerId(x)       ((x)->umodes & UMODE_SOFTCALLERID)
467	<	#define IsDeaf(x)               ((x)->umodes & UMODE_DEAF)
468	<	#define IsFull(x)               ((x)->umodes & UMODE_CCONN_FULL)
469	<
470	<	#define SetSendQExceeded(x)     ((x)->flags |= FLAGS_SENDQEX)
471	<	#define IsSendQExceeded(x)      ((x)->flags &  FLAGS_SENDQEX)
472	<
473	<	#define SetIpHash(x)            ((x)->flags |= FLAGS_IPHASH)
474	<	#define ClearIpHash(x)          ((x)->flags &= ~FLAGS_IPHASH)
475	<	#define IsIpHash(x)             ((x)->flags & FLAGS_IPHASH)
226	>	#define SetSendQExceeded(x)     ((x)->flags |= FLAGS_SENDQEX)
227	>	#define IsSendQExceeded(x)      ((x)->flags &  FLAGS_SENDQEX)
228
229		#define SetUserHost(x)          ((x)->flags |= FLAGS_USERHOST)
478	–	#define ClearUserHost(x)        ((x)->flags &= ~FLAGS_USERHOST)
230		#define IsUserHostIp(x)         ((x)->flags & FLAGS_USERHOST)
231
232	<	#define SetPingSent(x)          ((x)->flags |= FLAGS_PINGSENT)
233	<	#define IsPingSent(x)           ((x)->flags & FLAGS_PINGSENT)
234	<	#define ClearPingSent(x)        ((x)->flags &= ~FLAGS_PINGSENT)
484	<
485	<	#define SetPingWarning(x)       ((x)->flags |= FLAGS_PINGWARNING)
486	<	#define IsPingWarning(x)        ((x)->flags & FLAGS_PINGWARNING)
487	<	#define ClearPingWarning(x)     ((x)->flags &= ~FLAGS_PINGWARNING)
488	<
489	<	#define SetNeedId(x)            ((x)->flags |= FLAGS_NEEDID)
490	<	#define IsNeedId(x)             ((x)->flags & FLAGS_NEEDID)
232	>	#define SetPingSent(x)          ((x)->flags |= FLAGS_PINGSENT)
233	>	#define IsPingSent(x)           ((x)->flags & FLAGS_PINGSENT)
234	>	#define ClearPingSent(x)        ((x)->flags &= ~FLAGS_PINGSENT)
235
236		#define SetGotId(x)             ((x)->flags |= FLAGS_GOTID)
237		#define IsGotId(x)              ((x)->flags & FLAGS_GOTID)
#	Line 496 | Line 240 | struct LocalUser
240		#define SetExemptKline(x)       ((x)->flags |= FLAGS_EXEMPTKLINE)
241		#define IsExemptLimits(x)       ((x)->flags & FLAGS_NOLIMIT)
242		#define SetExemptLimits(x)      ((x)->flags |= FLAGS_NOLIMIT)
499	–	#define IsExemptGline(x)        ((x)->flags & FLAGS_EXEMPTGLINE)
500	–	#define SetExemptGline(x)       ((x)->flags |= FLAGS_EXEMPTGLINE)
243		#define IsExemptResv(x)         ((x)->flags & FLAGS_EXEMPTRESV)
244		#define SetExemptResv(x)        ((x)->flags |= FLAGS_EXEMPTRESV)
503	–	#define SetIPSpoof(x)           ((x)->flags |= FLAGS_IP_SPOOFING)
504	–	#define IsIPSpoof(x)            ((x)->flags & FLAGS_IP_SPOOFING)
505	–
506	–	#define IsIdlelined(x)          ((x)->flags &  FLAGS_IDLE_LINED)
507	–	#define SetIdlelined(x)         ((x)->flags |= FLAGS_IDLE_LINED)
508	–	#define IsRestricted(x)         ((x)->flags &  FLAGS_RESTRICTED)
509	–	#define SetRestricted(x)        ((x)->flags |= FLAGS_RESTRICTED)
245
246		#define IsFloodDone(x)          ((x)->flags &  FLAGS_FLOODDONE)
247		#define SetFloodDone(x)         ((x)->flags |= FLAGS_FLOODDONE)
#	Line 515 | Line 250 | struct LocalUser
250		#define IsHidden(x)             ((x)->flags &  FLAGS_HIDDEN)
251		#define SetHidden(x)            ((x)->flags |= FLAGS_HIDDEN)
252
518	–	#define IsSendqBlocked(x)       ((x)->flags &  FLAGS_BLOCKED)
519	–	#define SetSendqBlocked(x)      ((x)->flags |= FLAGS_BLOCKED)
520	–	#define ClearSendqBlocked(x)    ((x)->flags &= ~FLAGS_BLOCKED)
521	–	#define IsSlinkqBlocked(x)      ((x)->flags &  FLAGS_SBLOCKED)
522	–	#define SetSlinkqBlocked(x)     ((x)->flags |= FLAGS_SBLOCKED)
523	–	#define ClearSlinkqBlocked(x)   ((x)->flags &= ~FLAGS_SBLOCKED)
524	–
525	–	#define IsBursted(x)            ((x)->flags &  FLAGS_BURSTED)
526	–	#define SetBursted(x)           ((x)->flags |= FLAGS_BURSTED)
527	–	#define ClearBursted(x)         ((x)->flags &= ~FLAGS_BURSTED)
528	–
529	–	#define IsCaptured(x)           ((x)->handler == DUMMY_HANDLER)
530	–	#define SetCaptured(x)          ((x)->handler = DUMMY_HANDLER)
531	–	#define ClearCaptured(x)        ((x)->handler = CLIENT_HANDLER)
532	–
533	–	/* operflags macros */
534	–	#define ClearOperFlags(x)       ((x)->localClient->operflags = 0)
535	–	#define IsOperGlobalKill(x)     (MyConnect(x) ? (x)->localClient->operflags & OPER_FLAG_GLOBAL_KILL : 0)
536	–	#define IsOperRemote(x)         (MyConnect(x) ? (x)->localClient->operflags & OPER_FLAG_REMOTE : 0)
537	–	#define IsOperUnkline(x)        (MyConnect(x) ? (x)->localClient->operflags & OPER_FLAG_UNKLINE : 0)
538	–	#define IsOperGline(x)          (MyConnect(x) ? (x)->localClient->operflags & OPER_FLAG_GLINE : 0)
539	–	#define IsOperN(x)              (MyConnect(x) ? (x)->localClient->operflags & OPER_FLAG_N : 0)
540	–	#define IsOperK(x)              (MyConnect(x) ? (x)->localClient->operflags & OPER_FLAG_K : 0)
541	–	#define IsOperDie(x)            (MyConnect(x) ? (x)->localClient->operflags & OPER_FLAG_DIE : 0)
542	–	#define IsOperRehash(x)         (MyConnect(x) ? (x)->localClient->operflags & OPER_FLAG_REHASH : 0)
543	–	#define IsOperAdmin(x)          (MyConnect(x) ? (x)->localClient->operflags & OPER_FLAG_ADMIN : 0)
544	–	#define IsOperHiddenAdmin(x)    (MyConnect(x) ? (x)->localClient->operflags & OPER_FLAG_HIDDEN_ADMIN : 0)
545	–	#define IsOperX(x)              (MyConnect(x) ? (x)->localClient->operflags & OPER_FLAG_X : 0)
546	–	#define IsOperWall(x)           (MyConnect(x) ? (x)->localClient->operflags & OPER_FLAG_OPERWALL : 0)
547	–	#define IsOperRemoteBan(x)      (MyConnect(x) ? (x)->localClient->operflags & OPER_FLAG_REMOTEBAN : 0)
548	–	#define IsOperHidden(x)         (MyConnect(x) ? (x)->localClient->operflags & OPER_FLAG_HIDDEN_OPER : 0)
253
254	<	/*
255	<	* definitions for get_client_name
256	<	* TBD - make this an enum
254	>	/*! \brief addr_mask_type enumeration */
255	>	enum addr_mask_type
256	>	{
257	>	HIDE_IP, /**< IP is hidden. Resolved hostname is shown instead */
258	>	SHOW_IP, /**< IP is shown. No parts of it are hidden or masked */
259	>	MASK_IP  /**< IP is masked. 255.255.255.255 is shown instead */
260	>	};
261	>
262	>	struct ServicesTag
263	>	{
264	>	dlink_node node;
265	>	char *tag;
266	>	unsigned int numeric;
267	>	unsigned int umodes;
268	>	};
269	>
270	>	/*! \brief Server structure */
271	>	struct Server
272	>	{
273	>	dlink_list server_list; /**< Servers on this server */
274	>	dlink_list client_list; /**< Clients on this server */
275	>	char by[NICKLEN + 1];   /**< Who activated this connection */
276	>	};
277	>
278	>	/*! \brief ListTask structure */
279	>	struct ListTask
280	>	{
281	>	dlink_list show_mask; /**< Channels to show */
282	>	dlink_list hide_mask; /**< Channels to hide */
283	>
284	>	unsigned int hash_index; /**< The hash bucket we are currently in */
285	>	unsigned int users_min;
286	>	unsigned int users_max;
287	>	unsigned int created_min;
288	>	unsigned int created_max;
289	>	unsigned int topicts_min;
290	>	unsigned int topicts_max;
291	>	char topic[TOPICLEN + 1];
292	>	};
293	>
294	>	/*! \brief Connection structure
295	>	*
296	>	* Allocated only for local clients, that are directly connected
297	>	* to \b this server with a socket.
298		*/
299	<	#define HIDE_IP 0
300	<	#define SHOW_IP 1
301	<	#define MASK_IP 2
299	>	struct Connection
300	>	{
301	>	dlink_node   lclient_node;
302	>
303	>	unsigned int registration;
304	>	unsigned int cap_client;  /**< Client capabilities (from us) */
305	>	unsigned int cap_active;  /**< Active capabilities (to us) */
306	>	unsigned int       caps;  /**< Capabilities bit-field */
307	>
308	>	unsigned int operflags;     /**< IRC Operator privilege flags */
309	>	unsigned int random_ping; /**< Holding a 32bit value used for PING cookies */
310	>
311	>	uint64_t serial;     /**< Used to enforce 1 send per nick */
312	>
313	>	time_t       lasttime;   /**< ...should be only LOCAL clients? --msa */
314	>	time_t       firsttime;  /**< Time client was created */
315	>	time_t       since;      /**< Last time we parsed something */
316	>	time_t       last_join_time;   /**< When this client last joined a channel */
317	>	time_t       last_leave_time;  /**< When this client last left a channel */
318	>	int          join_leave_count; /**< Count of JOIN/LEAVE in less than
319	>	MIN_JOIN_LEAVE_TIME seconds */
320	>	int          oper_warn_count_down; /**< Warn opers of this possible
321	>	spambot every time this gets to 0 */
322	>	time_t       last_caller_id_time;
323	>	time_t       first_received_message_time;
324	>	time_t       last_privmsg;  /**< Last time we got a PRIVMSG */
325	>
326	>	int          received_number_of_privmsgs;
327	>
328	>	struct ListTask  *list_task;
329	>
330	>	struct dbuf_queue buf_sendq;
331	>	struct dbuf_queue buf_recvq;
332	>
333	>	struct
334	>	{
335	>	unsigned int messages;      /**< Statistics: protocol messages sent/received */
336	>	uint64_t bytes;             /**< Statistics: total bytes sent/received */
337	>	} recv, send;
338	>
339	>	struct
340	>	{
341	>	unsigned int count;  /**< How many AWAY/INVITE/KNOCK/NICK requests client has sent */
342	>	time_t last_attempt;  /**< Last time the AWAY/INVITE/KNOCK/NICK request was issued */
343	>	} away, invite, knock, nick;
344	>
345	>	struct AuthRequest auth;
346	>	struct Listener *listener;   /**< Listener accepted from */
347	>	dlink_list        acceptlist; /**< Clients I'll allow to talk to me */
348	>	dlink_list        watches;   /**< Chain of Watch pointer blocks */
349	>	dlink_list        confs;     /**< Configuration record associated */
350	>	dlink_list        invited;   /**< Chain of invite pointer blocks */
351	>	struct irc_ssaddr ip;
352	>	int               aftype;    /**< Makes life easier for DNS res in IPV6 */
353	>	int               country_id; /**< ID corresponding to a ISO 3166 country code */
354	>
355	>	fde_t             fd;
356	>
357	>	/* Anti-flood stuff. We track how many messages were parsed and how
358	>	* many we were allowed in the current second, and apply a simple
359	>	* decay to avoid flooding.
360	>	*   -- adrian
361	>	*/
362	>	int allow_read;       /**< How many we're allowed to read in this second */
363	>	int sent_parsed;      /**< How many messages we've parsed in this second */
364	>
365	>	char *password;  /**< Password supplied by the client/server */
366	>	char *challenge_response;  /**< Expected CHALLENGE response from client */
367	>	char *challenge_operator;  /**< Operator to become if they supply the response */
368	>	};
369	>
370	>	/*! \brief Client structure */
371	>	struct Client
372	>	{
373	>	dlink_node node;
374	>	dlink_node lnode;             /**< Used for Server->servers/users */
375	>
376	>	struct Connection *connection;
377	>	struct Client    *hnext;      /**< For client hash table lookups by name */
378	>	struct Client    *idhnext;    /**< For SID hash table lookups by sid */
379	>	struct Server    *serv;       /**< ...defined, if this is a server */
380	>	struct Client    *servptr;    /**< Points to server this Client is on */
381	>	struct Client    *from;       /**< == self, if Local Client, *NEVER* NULL! */
382	>
383	>	time_t            tsinfo;     /**< TS on the nick, SVINFO on server */
384	>
385	>	unsigned int      flags;      /**< Client flags */
386	>	unsigned int      umodes;     /**< Opers, normal users subset */
387	>	unsigned int      hopcount;   /**< Number of servers to this 0 = local */
388	>	unsigned int      status;     /**< Client type */
389	>	unsigned int      handler;    /**< Handler index */
390	>
391	>	dlink_list        whowas;
392	>	dlink_list        channel;   /**< Chain of channel pointer blocks */
393	>	dlink_list        svstags;   /**< List of ServicesTag items */
394	>
395	>	char away[AWAYLEN + 1]; /**< Client's AWAY message. Can be set/unset via AWAY command */
396	>	char name[HOSTLEN + 1]; /**< Unique name for a client nick or host */
397	>	char id[IDLEN + 1];       /**< Client ID, unique ID per client */
398	>	char account[ACCOUNTLEN + 1]; /**< Services account */
399	>
400	>	/*
401	>	* client->username is the username from ident or the USER message,
402	>	* If the client is idented the USER message is ignored, otherwise
403	>	* the username part of the USER message is put here prefixed with a
404	>	* tilde depending on the auth{} block. Once a client has registered,
405	>	* this field should be considered read-only.
406	>	*/
407	>	char              username[USERLEN + 1]; /* client's username */
408	>
409	>	/*
410	>	* client->host contains the resolved name or ip address
411	>	* as a string for the user, it may be fiddled with for oper spoofing etc.
412	>	* once it's changed the *real* address goes away. This should be
413	>	* considered a read-only field after the client has registered.
414	>	*/
415	>	char              host[HOSTLEN + 1];     /* client's hostname */
416	>
417	>	/*
418	>	* client->info for unix clients will normally contain the info from the
419	>	* gcos field in /etc/passwd but anything can go here.
420	>	*/
421	>	char              info[REALLEN + 1]; /* Free form additional client info */
422	>
423	>	/*
424	>	* client->sockhost contains the ip address gotten from the socket as a
425	>	* string, this field should be considered read-only once the connection
426	>	* has been made. (set in s_bsd.c only)
427	>	*/
428	>	char              sockhost[HOSTIPLEN + 1]; /* This is the host name from the
429	>	socket ip address as string */
430	>	char             *certfp;
431	>	};
432	>
433
434		extern struct Client me;
435		extern dlink_list listing_client_list;
436		extern dlink_list global_client_list;
437	+	extern dlink_list global_server_list;   /* global servers on the network              */
438	+	extern dlink_list local_client_list;  /* local clients only ON this server          */
439	+	extern dlink_list local_server_list;  /* local servers to this server ONLY          */
440	+	extern dlink_list unknown_list;       /* unknown clients ON this server only        */
441	+	extern dlink_list oper_list;          /* our opers, duplicated in local_client_list */
442
443		extern int accept_message(struct Client *, struct Client *);
444	<	extern void set_initial_nick(struct Client *, struct Client *, const char *);
445	<	extern void exit_client(struct Client *, struct Client *, const char *);
446	<	extern void check_conf_klines(void);
447	<	extern void init_client(void);
448	<	extern void del_from_accept(struct Client *, struct Client *);
444	>	extern unsigned int client_get_idle_time(const struct Client *, const struct Client *);
445	>	extern struct split_nuh_item *find_accept(const char *, const char *,
446	>	const char *, struct Client *,
447	>	int (*)(const char *, const char *));
448	>	extern void client_attach_svstag(struct Client *, unsigned int, const char *, const char *const);
449	>	extern void client_clear_svstags(struct Client *);
450	>	extern void del_accept(struct split_nuh_item *, struct Client *);
451		extern void del_all_accepts(struct Client *);
452	<	extern void del_all_their_accepts(struct Client *);
453	<	extern void change_local_nick(struct Client *, struct Client *, const char *);
452	>	extern void exit_client(struct Client *, const char *);
453	>	extern void conf_try_ban(struct Client *, struct MaskItem *);
454	>	extern void check_conf_klines(void);
455	>	extern void client_init(void);
456		extern void dead_link_on_write(struct Client *, int);
457		extern void dead_link_on_read(struct Client *, int);
458		extern void exit_aborted_clients(void);
459		extern void free_exited_clients(void);
460		extern struct Client *make_client(struct Client *);
461	<	extern struct Client *find_chasing(struct Client *, struct Client *, const char *, int *);
461	>	extern struct Client *find_chasing(struct Client *, const char *);
462		extern struct Client *find_person(const struct Client *const, const char *);
463	<	extern const char *get_client_name(struct Client *, int);
463	>	extern const char *get_client_name(const struct Client *, enum addr_mask_type);
464
465		#endif /* INCLUDED_client_h */

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