transmission/libtransmission/session.h

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/*
* This file Copyright (C) 2008-2014 Mnemosyne LLC
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*
* It may be used under the GNU GPL versions 2 or 3
* or any future license endorsed by Mnemosyne LLC.
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*
* $Id$
*/
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#ifndef __TRANSMISSION__
#error only libtransmission should #include this header.
#endif
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#ifndef TR_INTERNAL_H
#define TR_INTERNAL_H 1
#define TR_NAME "Transmission"
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#ifndef UNUSED
#ifdef __GNUC__
#define UNUSED __attribute__ ((unused))
#else
#define UNUSED
#endif
#endif
#include "bandwidth.h"
#include "bitfield.h"
#include "net.h"
#include "utils.h"
#include "variant.h"
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typedef enum { TR_NET_OK, TR_NET_ERROR, TR_NET_WAIT } tr_tristate_t;
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typedef enum {
TR_AUTO_SWITCH_UNUSED,
TR_AUTO_SWITCH_ON,
TR_AUTO_SWITCH_OFF,
} tr_auto_switch_state_t;
enum
{
PEER_ID_LEN = 20
};
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void tr_peerIdInit (uint8_t * setme);
struct event_base;
struct evdns_base;
struct tr_address;
struct tr_announcer;
struct tr_announcer_udp;
struct tr_bindsockets;
struct tr_cache;
struct tr_fdInfo;
struct tr_device_info;
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struct tr_turtle_info
{
/* TR_UP and TR_DOWN speed limits */
unsigned int speedLimit_Bps[2];
/* is turtle mode on right now? */
bool isEnabled;
/* does turtle mode turn itself on and off at given times? */
bool isClockEnabled;
/* when clock mode is on, minutes after midnight to turn on turtle mode */
int beginMinute;
/* when clock mode is on, minutes after midnight to turn off turtle mode */
int endMinute;
/* only use clock mode on these days of the week */
tr_sched_day days;
/* called when isEnabled changes */
tr_altSpeedFunc callback;
/* the callback's user_data argument */
void * callbackUserData;
/* the callback's changedByUser argument.
* indicates whether the change came from the user or from the clock. */
bool changedByUser;
/* bitfield of all the minutes in a week.
* Each bit's value indicates whether the scheduler wants turtle
* limits on or off at that given minute in the week. */
tr_bitfield minutes;
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/* recent action that was done by turtle's automatic switch */
tr_auto_switch_state_t autoTurtleState;
};
/** @brief handle to an active libtransmission session */
struct tr_session
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{
bool isPortRandom;
bool isPexEnabled;
bool isDHTEnabled;
bool isUTPEnabled;
bool isLPDEnabled;
bool isBlocklistEnabled;
bool isPrefetchEnabled;
bool isTorrentDoneScriptEnabled;
bool isClosing;
bool isClosed;
bool isIncompleteFileNamingEnabled;
bool isRatioLimited;
bool isIdleLimited;
bool isIncompleteDirEnabled;
bool pauseAddedTorrent;
bool deleteSourceTorrent;
bool scrapePausedTorrents;
uint8_t peer_id_ttl_hours;
tr_variant removedTorrents;
bool stalledEnabled;
bool queueEnabled[2];
int queueSize[2];
int queueStalledMinutes;
int umask;
unsigned int speedLimit_Bps[2];
bool speedLimitEnabled[2];
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struct tr_turtle_info turtle;
struct tr_fdInfo * fdInfo;
int magicNumber;
tr_encryption_mode encryptionMode;
tr_preallocation_mode preallocationMode;
struct event_base * event_base;
struct evdns_base * evdns_base;
struct tr_event_handle * events;
uint16_t peerLimit;
uint16_t peerLimitPerTorrent;
int uploadSlotsPerTorrent;
/* The UDP sockets used for the DHT and uTP. */
tr_port udp_port;
tr_socket_t udp_socket;
tr_socket_t udp6_socket;
unsigned char * udp6_bound;
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struct event *udp_event;
struct event *udp6_event;
/* The open port on the local machine for incoming peer requests */
tr_port private_peer_port;
/**
* The open port on the public device for incoming peer requests.
* This is usually the same as private_peer_port but can differ
* if the public device is a router and it decides to use a different
* port than the one requested by Transmission.
*/
tr_port public_peer_port;
tr_port randomPortLow;
tr_port randomPortHigh;
int peerSocketTOS;
char * peer_congestion_algorithm;
int torrentCount;
tr_torrent * torrentList;
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char * torrentDoneScript;
char * tag;
char * configDir;
char * resumeDir;
char * torrentDir;
char * incompleteDir;
char * blocklist_url;
struct tr_device_info * downloadDir;
struct tr_list * blocklists;
struct tr_peerMgr * peerMgr;
struct tr_shared * shared;
struct tr_cache * cache;
struct tr_lock * lock;
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struct tr_web * web;
struct tr_rpc_server * rpcServer;
tr_rpc_func rpc_func;
void * rpc_func_user_data;
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struct tr_stats_handle * sessionStats;
struct tr_announcer * announcer;
struct tr_announcer_udp * announcer_udp;
tr_variant * metainfoLookup;
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struct event * nowTimer;
struct event * saveTimer;
/* monitors the "global pool" speeds */
struct tr_bandwidth bandwidth;
float desiredRatio;
uint16_t idleLimitMinutes;
struct tr_bindinfo * public_ipv4;
struct tr_bindinfo * public_ipv6;
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};
static inline tr_port
tr_sessionGetPublicPeerPort (const tr_session * session)
{
return session->public_peer_port;
}
bool tr_sessionAllowsDHT (const tr_session * session);
bool tr_sessionAllowsLPD (const tr_session * session);
const char * tr_sessionFindTorrentFile (const tr_session * session,
const char * hashString);
void tr_sessionSetTorrentFile (tr_session * session,
const char * hashString,
const char * filename);
bool tr_sessionIsAddressBlocked (const tr_session * session,
const struct tr_address * addr);
void tr_sessionLock (tr_session *);
void tr_sessionUnlock (tr_session *);
bool tr_sessionIsLocked (const tr_session *);
const struct tr_address* tr_sessionGetPublicAddress (const tr_session * session,
int tr_af_type,
bool * is_default_value);
struct tr_bindsockets * tr_sessionGetBindSockets (tr_session *);
int tr_sessionCountTorrents (const tr_session * session);
tr_torrent ** tr_sessionGetTorrents (tr_session * session, int * setme_n);
enum
{
SESSION_MAGIC_NUMBER = 3845,
};
static inline bool tr_isSession (const tr_session * session)
{
return (session != NULL) && (session->magicNumber == SESSION_MAGIC_NUMBER);
}
static inline bool tr_isPreallocationMode (tr_preallocation_mode m)
{
return (m == TR_PREALLOCATE_NONE)
|| (m == TR_PREALLOCATE_SPARSE)
|| (m == TR_PREALLOCATE_FULL);
}
static inline bool tr_isEncryptionMode (tr_encryption_mode m)
{
return (m == TR_CLEAR_PREFERRED)
|| (m == TR_ENCRYPTION_PREFERRED)
|| (m == TR_ENCRYPTION_REQUIRED);
}
static inline bool tr_isPriority (tr_priority_t p)
{
return (p == TR_PRI_LOW)
|| (p == TR_PRI_NORMAL)
|| (p == TR_PRI_HIGH);
}
/***
****
***/
static inline unsigned int
toSpeedBytes (unsigned int KBps) { return KBps * tr_speed_K; }
static inline double
toSpeedKBps (unsigned int Bps) { return Bps / (double)tr_speed_K; }
static inline uint64_t
toMemBytes (unsigned int MB) { uint64_t B = tr_mem_K * tr_mem_K; B *= MB; return B; }
static inline int
toMemMB (uint64_t B) { return B / (tr_mem_K * tr_mem_K); }
/**
**/
unsigned int tr_sessionGetSpeedLimit_Bps (const tr_session *, tr_direction);
unsigned int tr_sessionGetAltSpeed_Bps (const tr_session *, tr_direction);
unsigned int tr_sessionGetRawSpeed_Bps (const tr_session *, tr_direction);
unsigned int tr_sessionGetPieceSpeed_Bps (const tr_session *, tr_direction);
void tr_sessionSetSpeedLimit_Bps (tr_session *, tr_direction, unsigned int Bps);
void tr_sessionSetAltSpeed_Bps (tr_session *, tr_direction, unsigned int Bps);
bool tr_sessionGetActiveSpeedLimit_Bps (const tr_session * session,
tr_direction dir,
unsigned int * setme);
void tr_sessionGetNextQueuedTorrents (tr_session * session,
tr_direction dir,
size_t numwanted,
tr_ptrArray * setme);
int tr_sessionCountQueueFreeSlots (tr_session * session, tr_direction);
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#endif