/* * include/haproxy/global-t.h * Global types and macros. Please avoid adding more stuff here! * * Copyright (C) 2000-2020 Willy Tarreau - w@1wt.eu * * This library is free software; you can redistribute it and/or * modify it under the terms of the GNU Lesser General Public * License as published by the Free Software Foundation, version 2.1 * exclusively. * * This library 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 * Lesser General Public License for more details. * * You should have received a copy of the GNU Lesser General Public * License along with this library; if not, write to the Free Software * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA */ #ifndef _HAPROXY_GLOBAL_T_H #define _HAPROXY_GLOBAL_T_H #include #include #include #include /* modes of operation (global.mode) */ #define MODE_DEBUG 0x01 #define MODE_DAEMON 0x02 #define MODE_QUIET 0x04 #define MODE_CHECK 0x08 #define MODE_VERBOSE 0x10 #define MODE_STARTING 0x20 #define MODE_FOREGROUND 0x40 #define MODE_MWORKER 0x80 /* Master Worker */ #define MODE_MWORKER_WAIT 0x100 /* Master Worker wait mode */ #define MODE_ZERO_WARNING 0x200 /* warnings cause a failure */ /* list of last checks to perform, depending on config options */ #define LSTCHK_CAP_BIND 0x00000001 /* check that we can bind to any port */ #define LSTCHK_NETADM 0x00000002 /* check that we have CAP_NET_ADMIN */ /* Global tuning options */ /* available polling mechanisms */ #define GTUNE_USE_SELECT (1<<0) #define GTUNE_USE_POLL (1<<1) #define GTUNE_USE_EPOLL (1<<2) #define GTUNE_USE_KQUEUE (1<<3) /* platform-specific options */ #define GTUNE_USE_SPLICE (1<<4) #define GTUNE_USE_GAI (1<<5) #define GTUNE_USE_REUSEPORT (1<<6) #define GTUNE_RESOLVE_DONTFAIL (1<<7) #define GTUNE_SOCKET_TRANSFER (1<<8) #define GTUNE_NOEXIT_ONFAILURE (1<<9) #define GTUNE_USE_SYSTEMD (1<<10) #define GTUNE_BUSY_POLLING (1<<11) #define GTUNE_LISTENER_MQ (1<<12) #define GTUNE_SET_DUMPABLE (1<<13) #define GTUNE_USE_EVPORTS (1<<14) #define GTUNE_STRICT_LIMITS (1<<15) #define GTUNE_INSECURE_FORK (1<<16) #define GTUNE_INSECURE_SETUID (1<<17) #define GTUNE_FD_ET (1<<18) #define GTUNE_SCHED_LOW_LATENCY (1<<19) #define GTUNE_IDLE_POOL_SHARED (1<<20) /* SSL server verify mode */ enum { SSL_SERVER_VERIFY_NONE = 0, SSL_SERVER_VERIFY_REQUIRED = 1, }; /* bit values to go with "warned" above */ #define WARN_ANY 0x00000001 /* any warning was emitted */ #define WARN_FORCECLOSE_DEPRECATED 0x00000002 #define WARN_EXEC_PATH 0x00000004 /* executable path already reported */ /* put there the forward declarations needed for global.h */ struct proxy; /* FIXME : this will have to be redefined correctly */ struct global { int uid; int gid; int external_check; int nbproc; int nbthread; unsigned int hard_stop_after; /* maximum time allowed to perform a soft-stop */ int maxconn, hardmaxconn; int maxsslconn; int ssl_session_max_cost; /* how many bytes an SSL session may cost */ int ssl_handshake_max_cost; /* how many bytes an SSL handshake may use */ int ssl_used_frontend; /* non-zero if SSL is used in a frontend */ int ssl_used_backend; /* non-zero if SSL is used in a backend */ int ssl_used_async_engines; /* number of used async engines */ unsigned int ssl_server_verify; /* default verify mode on servers side */ struct freq_ctr conn_per_sec; struct freq_ctr sess_per_sec; struct freq_ctr ssl_per_sec; struct freq_ctr ssl_fe_keys_per_sec; struct freq_ctr ssl_be_keys_per_sec; struct freq_ctr comp_bps_in; /* bytes per second, before http compression */ struct freq_ctr comp_bps_out; /* bytes per second, after http compression */ struct freq_ctr out_32bps; /* #of 32-byte blocks emitted per second */ unsigned long long out_bytes; /* total #of bytes emitted */ unsigned long long spliced_out_bytes; /* total #of bytes emitted though a kernel pipe */ int cps_lim, cps_max; int sps_lim, sps_max; int ssl_lim, ssl_max; int ssl_fe_keys_max, ssl_be_keys_max; unsigned int shctx_lookups, shctx_misses; int comp_rate_lim; /* HTTP compression rate limit */ int maxpipes; /* max # of pipes */ int maxsock; /* max # of sockets */ int rlimit_nofile; /* default ulimit-n value : 0=unset */ int rlimit_memmax_all; /* default all-process memory limit in megs ; 0=unset */ int rlimit_memmax; /* default per-process memory limit in megs ; 0=unset */ long maxzlibmem; /* max RAM for zlib in bytes */ int mode; unsigned int req_count; /* request counter (HTTP or TCP session) for logs and unique_id */ int last_checks; int spread_checks; int max_spread_checks; int max_syslog_len; char *chroot; char *pidfile; char *node, *desc; /* node name & description */ int localpeer_cmdline; /* whether or not the commandline "-L" was set */ struct buffer log_tag; /* name for syslog */ struct list logsrvs; char *log_send_hostname; /* set hostname in syslog header */ char *server_state_base; /* path to a directory where server state files can be found */ char *server_state_file; /* path to the file where server states are loaded from */ struct { int maxpollevents; /* max number of poll events at once */ int maxaccept; /* max number of consecutive accept() */ int options; /* various tuning options */ int runqueue_depth;/* max number of tasks to run at once */ int recv_enough; /* how many input bytes at once are "enough" */ int bufsize; /* buffer size in bytes, defaults to BUFSIZE */ int maxrewrite; /* buffer max rewrite size in bytes, defaults to MAXREWRITE */ int reserved_bufs; /* how many buffers can only be allocated for response */ int buf_limit; /* if not null, how many total buffers may only be allocated */ int client_sndbuf; /* set client sndbuf to this value if not null */ int client_rcvbuf; /* set client rcvbuf to this value if not null */ int server_sndbuf; /* set server sndbuf to this value if not null */ int server_rcvbuf; /* set server rcvbuf to this value if not null */ int pipesize; /* pipe size in bytes, system defaults if zero */ int max_http_hdr; /* max number of HTTP headers, use MAX_HTTP_HDR if zero */ int requri_len; /* max len of request URI, use REQURI_LEN if zero */ int cookie_len; /* max length of cookie captures */ int pattern_cache; /* max number of entries in the pattern cache. */ int sslcachesize; /* SSL cache size in session, defaults to 20000 */ int comp_maxlevel; /* max HTTP compression level */ int pool_low_ratio; /* max ratio of FDs used before we stop using new idle connections */ int pool_high_ratio; /* max ratio of FDs used before we start killing idle connections when creating new connections */ int pool_low_count; /* max number of opened fd before we stop using new idle connections */ int pool_high_count; /* max number of opened fd before we start killing idle connections when creating new connections */ unsigned short idle_timer; /* how long before an empty buffer is considered idle (ms) */ } tune; struct { char *prefix; /* path prefix of unix bind socket */ struct { /* UNIX socket permissions */ uid_t uid; /* -1 to leave unchanged */ gid_t gid; /* -1 to leave unchanged */ mode_t mode; /* 0 to leave unchanged */ } ux; } unix_bind; struct proxy *stats_fe; /* the frontend holding the stats settings */ struct vars vars; /* list of variables for the process scope. */ #ifdef USE_CPU_AFFINITY struct { unsigned long proc[MAX_PROCS]; /* list of CPU masks for the 32/64 first processes */ unsigned long proc_t1[MAX_PROCS]; /* list of CPU masks for the 1st thread of each process */ unsigned long thread[MAX_THREADS]; /* list of CPU masks for the 32/64 first threads of the 1st process */ } cpu_map; #endif struct { struct { int status; /* cache on or off */ uint64_t dict_size; /* max memory used by dict, in bytes */ uint64_t data_size; /* max memory used by data, in bytes */ int dict_cleaner; /* the number of entries checked once */ int data_cleaner; /* the number of data checked once */ int disk_cleaner; /* the number of files checked once */ int disk_loader; /* the number of files load once */ int disk_saver; /* the number of entries checked once for persist_async */ int clean_temp; /* clean temp file or not */ int always_check_disk; /* always try to read disk file or not */ struct ist root; /* disk root directory */ struct nst_shmem *shmem; /* memory */ } cache; struct { int status; /* enable nosql on or off */ uint64_t dict_size; /* max memory used by dict, in bytes */ uint64_t data_size; /* max memory used by data, in bytes */ int dict_cleaner; /* the number of entries checked once */ int data_cleaner; /* the number of data checked once */ int disk_cleaner; /* the number of files checked once */ int disk_loader; /* the number of files load once */ int disk_saver; /* the number of entries checked once for persist_async */ int clean_temp; /* clean temp file or not */ int always_check_disk; /* always try to read disk file or not */ struct ist root; /* disk root directory */ struct nst_shmem *shmem; /* memory */ } nosql; struct { int status; /* enable nosql on or off */ struct ist purge_method; struct ist uri; /* the uri used for stats and manager */ } manager; struct nst_stats *stats; struct nst_shmem *shmem; /* memory */ } nuster; }; #endif /* _HAPROXY_GLOBAL_T_H */ /* * Local variables: * c-indent-level: 8 * c-basic-offset: 8 * End: */