#include <assert.h>
#include <ctype.h>
#include <errno.h>
#include <limits.h>
#include <math.h>
#include <rpc/rpc.h>
#include <stdlib.h>
#include <string.h>
#include "xcom/xcom_profile.h"
#include "my_compiler.h"
#include "xcom/node_connection.h"
#include "xcom/node_list.h"
#include "xcom/node_no.h"
#include "xcom/retry.h"
#include "xcom/server_struct.h"
#include "xcom/simset.h"
#include "xcom/site_def.h"
#include "xcom/site_struct.h"
#include "xcom/sock_probe.h"
#include "xcom/synode_no.h"
#include "xcom/task.h"
#include "xcom/task_debug.h"
#include "xcom/task_net.h"
#include "xcom/task_os.h"
#include "xcom/x_platform.h"
#include "xcom/xcom_base.h"
#include "xcom/xcom_common.h"
#include "xcom/xcom_detector.h"
#include "xcom/xcom_memory.h"
#include "xcom/xcom_msg_queue.h"
#include "xcom/xcom_statistics.h"
#include "xcom/xcom_transport.h"
#include "xcom/xcom_vp_str.h"
#include "xcom/xdr_utils.h"
#include "xdr_gen/xcom_vp.h"
#include "xcom/network/network_provider_manager.h"
#include <openssl/err.h>
#include <openssl/ssl.h>

Classes
struct	parse_buf

Macros
#define	MY_XCOM_PROTO x_1_9

#define	SERVER_MAX (2 * NSERVERS)

#define	XDRFUNC xdrfunc

#define	CRC32CSTART 0xFFFFFFFF

#define	TAG_START 313

#define	TERMINATE_CLIENT(ep)

#define	EMIT if (!emit(p)) return 0

Typedefs
typedef int(*	node_set_selector) (site_def const *s, node_no node)

typedef struct parse_buf	parse_buf

Functions
static void	shut_srv (server *s)

static int	pm (xcom_port port)

int	close_open_connection (connection_descriptor *conn)

connection_descriptor *	open_new_connection (const char *server, xcom_port port, int connection_timeout, network_provider_dynamic_log_level log_level)

connection_descriptor *	open_new_local_connection (const char *server, xcom_port port)

result	set_nodelay (int fd)

void	init_xcom_transport (xcom_port listen_port)

void	reset_srv_buf (srv_buf *sb)

static void	alive (server *s)

static u_int	srv_buf_capacity (srv_buf *sb)

static u_int	srv_buf_free_space (srv_buf *sb)

static u_int	srv_buf_buffered (srv_buf *sb)

static char *	srv_buf_extract_ptr (srv_buf *sb)

static char *	srv_buf_insert_ptr (srv_buf *sb)

static void	advance_extract_ptr (srv_buf *sb, u_int len)

static u_int	get_srv_buf (srv_buf sb, char data, u_int len)

static void	advance_insert_ptr (srv_buf *sb, u_int len)

static u_int	put_srv_buf (srv_buf sb, char data, u_int len)

int	flush_srv_buf (server s, int64_t ret)

int	is_new_node_eligible_for_ipv6 (xcom_proto incoming_proto, const site_def *current_site_def)
	Checks if an incoming node is eligible to enter the group. More...

static int	_send_msg (server s, pax_msg p, node_no to, int64_t *ret)

void	write_protoversion (unsigned char *buf, xcom_proto proto_vers)

xcom_proto	read_protoversion (unsigned char *p)

int	check_protoversion (xcom_proto x_proto, xcom_proto negotiated)

int	send_proto (connection_descriptor con, xcom_proto x_proto, x_msg_type x_type, unsigned int tag, int64_t ret)

int	apply_xdr (void buff, uint32_t bufflen, xdrproc_t xdrfunc, void xdrdata, enum xdr_op op)

void	dbg_app_data (app_data_ptr a)

static int	serialize (void p, xcom_proto x_proto, uint32_t out_len, xdrproc_t xdrfunc, char **out_buf)

static int	old_proto_knows (xcom_proto x_proto, pax_op op)

int	serialize_msg (pax_msg p, xcom_proto x_proto, uint32_t buflen, char **buf)

int	deserialize_msg (pax_msg p, xcom_proto x_proto, char buf, uint32_t buflen)

void	init_crc32c ()

static server *	mksrv (char *srv, xcom_port port)

static server *	addsrv (char *srv, xcom_port port)

static void	rmsrv (int i)

static void	init_collect ()

void	get_all_site_defs (site_def **s, uint32_t n)

static void	mark_site_servers (site_def *site)

static void	mark ()

static void	sweep ()

void	garbage_collect_servers ()

static void	freesrv (server *s)

double	server_active (site_def const *s, node_no i)

int	srv_ref (server *s)

int	srv_unref (server *s)

int	incoming_connection_task (task_arg arg)

void	server_detected (server *s)
	Updates timestamp of server. More...

static int	dial (server *s, network_provider_dynamic_log_level dial_call_log_level)

int	send_msg (server s, node_no from, node_no to, uint32_t group_id, pax_msg p)

static int	_send_server_msg (site_def const s, node_no to, pax_msg p)

int	send_server_msg (site_def const s, node_no to, pax_msg p)

static int	all (site_def const *s, node_no node)

static int	not_self (site_def const *s, node_no node)

static int	send_to_node_set (site_def const s, node_no max, pax_msg p, node_set_selector test_func, const char *dbg)

int	send_to_all_site (site_def const s, pax_msg p, const char *dbg)

int	send_to_all_except_self (site_def const s, pax_msg p, const char *dbg)

int	send_to_all (pax_msg p, const char dbg)

static int	send_other_loop (site_def const s, pax_msg p, const char *dbg)

int	send_to_others (site_def const s, pax_msg p, const char *dbg)

int	send_to_someone (site_def const s, pax_msg p, const char *dbg)

int	send_to_acceptors (pax_msg p, const char dbg)

static int	read_bytes (connection_descriptor const rfd, char p, uint32_t n, server s, int64_t ret)
	Reads n bytes from connection rfd without buffering reads. More...

static int	buffered_read_bytes (connection_descriptor const rfd, srv_buf buf, char p, uint32_t n, server s, int64_t *ret)
	Reads n bytes from connection rfd with buffering reads. More...

void	get_header_1_0 (unsigned char header_buf[], uint32_t msgsize, x_msg_type x_type, unsigned int *tag)

void	put_header_1_0 (unsigned char header_buf[], uint32_t msgsize, x_msg_type x_type, unsigned int tag)

int	read_msg (connection_descriptor rfd, pax_msg p, server s, int64_t ret)
	Reads message from connection rfd without buffering reads. More...

int	buffered_read_msg (connection_descriptor rfd, srv_buf buf, pax_msg p, server s, int64_t *ret)
	Reads message from connection rfd with buffering reads. More...

static unsigned int	incr_tag (unsigned int tag)

static void	start_protocol_negotiation (channel *outgoing)

void	wakeup_sender ()

static server *	find_server (server table[], int n, char name, xcom_port port)

bool	is_server_in_current_view (server *sp)
	Checks if a given server is currently in use in the current view. More...

int	sender_task (task_arg arg)

int	local_sender_task (task_arg arg)

void	update_servers (site_def *s, cargo_type operation)

void	invalidate_servers (const site_def old_site_def, const site_def new_site_def)

int	tcp_reaper_task (task_arg arg)

void	ssl_free_con (connection_descriptor *con)

void	close_connection (connection_descriptor *con)

void	shutdown_connection (connection_descriptor *con)

void	reset_connection (connection_descriptor *con)

xcom_proto	common_xcom_version (site_def const *site)

xcom_proto	set_latest_common_proto (xcom_proto x_proto)

xcom_proto	get_latest_common_proto ()

xcom_proto	negotiate_protocol (xcom_proto proto_vers)

xcom_proto	minimum_ipv6_version ()
	Returns the version from which nodes are able to speak IPv6. More...

static int	emit (parse_buf *p)

static int	match_port (parse_buf p, xcom_port port)

static int	match_ipv6 (parse_buf *p)

static int	match_ipv4_or_name (parse_buf *p)

static int	match_address (parse_buf *p)

static int	match_ip_and_port (char const address, char ip[IP_MAX_SIZE], xcom_port port)

int	get_ip_and_port (char const address, char ip[IP_MAX_SIZE], xcom_port port)
	Get the ip and port object from a given address in the authorized input format. More...

Variables
xcom_proto const	my_min_xcom_version

xcom_proto const	my_xcom_version

static int const	NAGLE = 0

int	xcom_shutdown

static xcom_port	xcom_listen_port = 0

static xdrproc_t	pax_msg_func []

static uint32_t	crc_table [256]

static server *	all_servers [SERVER_MAX]

static int	maxservers = 0

linkage	connect_wait

static xcom_proto	latest_common_proto = MY_XCOM_PROTO

Macro Definition Documentation

◆ CRC32CSTART

#define CRC32CSTART 0xFFFFFFFF

◆ EMIT

#define EMIT if (!emit(p)) return 0

◆ MY_XCOM_PROTO

#define MY_XCOM_PROTO x_1_9

◆ SERVER_MAX

#define SERVER_MAX (2 * NSERVERS)

◆ TAG_START

#define TAG_START 313

◆ TERMINATE_CLIENT

#define TERMINATE_CLIENT ( ep )

Value:

  {                                     \
    if (ep->s->crash_on_error) abort(); \
    TERMINATE;                          \
  }

◆ XDRFUNC

#define XDRFUNC xdrfunc

Typedef Documentation

◆ node_set_selector

typedef int(* node_set_selector) (site_def const *s, node_no node)

◆ parse_buf

typedef struct parse_buf parse_buf

Function Documentation

◆ _send_msg()

static int _send_msg	(	server *	s,
		pax_msg *	p,
		node_no	to,
		int64_t *	ret
	)

static

◆ _send_server_msg()

static int _send_server_msg	(	site_def const *	s,
		node_no	to,
		pax_msg *	p
	)

inlinestatic

◆ addsrv()

static server * addsrv	(	char *	srv,
		xcom_port	port
	)

static

◆ advance_extract_ptr()

static void advance_extract_ptr	(	srv_buf *	sb,
		u_int	len
	)

inlinestatic

◆ advance_insert_ptr()

static void advance_insert_ptr	(	srv_buf *	sb,
		u_int	len
	)

inlinestatic

◆ alive()

static void alive ( server * s )

static

◆ all()

static int all	(	site_def const *	s,
		node_no	node
	)

static

◆ apply_xdr()

int apply_xdr	(	void *	buff,
		uint32_t	bufflen,
		xdrproc_t	xdrfunc,
		void *	xdrdata,
		enum xdr_op	op
	)

◆ buffered_read_bytes()

static int buffered_read_bytes	(	connection_descriptor const *	rfd,
		srv_buf *	buf,
		char *	p,
		uint32_t	n,
		server *	s,
		int64_t *	ret
	)

static

Reads n bytes from connection rfd with buffering reads.

Parameters

[in]	rfd	Pointer to open connection.
[in,out]	buf	Used for buffering reads. Originally initialized by caller, maintained by buffered_read_bytes.
[out]	p	Output buffer.
[in]	n	Number of bytes to read
[out]	s	Pointer to server.
[out]	ret	Number of bytes read, or -1 if failure.

Return values

0	if task should terminate.
1	if it should continue.

◆ buffered_read_msg()

int buffered_read_msg	(	connection_descriptor *	rfd,
		srv_buf *	buf,
		pax_msg *	p,
		server *	s,
		int64_t *	ret
	)

Reads message from connection rfd with buffering reads.

Parameters

[in]	rfd	Pointer to open connection.
[in,out]	buf	Used for buffering reads.
[out]	p	Output buffer.
[out]	s	Pointer to server. Server timestamp updated if not 0.
[out]	ret	Number of bytes read, or -1 if failure.

Return values

0	if task should terminate.
1	if it should continue.

◆ check_protoversion()

int check_protoversion	(	xcom_proto	x_proto,
		xcom_proto	negotiated
	)

◆ close_connection()

void close_connection ( connection_descriptor * con )

◆ close_open_connection()

int close_open_connection ( connection_descriptor * conn )

◆ common_xcom_version()

xcom_proto common_xcom_version ( site_def const * site )

◆ dbg_app_data()

void dbg_app_data ( app_data_ptr a )

◆ deserialize_msg()

int deserialize_msg	(	pax_msg *	p,
		xcom_proto	x_proto,
		char *	buf,
		uint32_t	buflen
	)

◆ dial()

static int dial	(	server *	s,
		network_provider_dynamic_log_level	dial_call_log_level
	)

static

◆ emit()

static int emit ( parse_buf * p )

static

◆ find_server()

static server * find_server	(	server *	table[],
		int	n,
		char *	name,
		xcom_port	port
	)

static

◆ flush_srv_buf()

int flush_srv_buf	(	server *	s,
		int64_t *	ret
	)

◆ freesrv()

static void freesrv ( server * s )

static

◆ garbage_collect_servers()

void garbage_collect_servers ( )

◆ get_all_site_defs()

void get_all_site_defs	(	site_def ***	s,
		uint32_t *	n
	)

◆ get_header_1_0()

void get_header_1_0	(	unsigned char	header_buf[],
		uint32_t *	msgsize,
		x_msg_type *	x_type,
		unsigned int *	tag
	)

◆ get_ip_and_port()

int get_ip_and_port	(	char const *	address,
		char	ip[IP_MAX_SIZE],
		xcom_port *	port
	)

Get the ip and port object from a given address in the authorized input format.

For IP v4 is IP (or) NAME:PORT and for IPv6 is [IP (or) NAME]:PORT

Parameters

address	input address to parse
ip	the resulting IP or Name
port	the resulting port

Returns: int true (1) in case of parse error

◆ get_latest_common_proto()

xcom_proto get_latest_common_proto ( )

◆ get_srv_buf()

static u_int get_srv_buf	(	srv_buf *	sb,
		char *	data,
		u_int	len
	)

static

◆ incoming_connection_task()

int incoming_connection_task ( task_arg arg )

◆ incr_tag()

static unsigned int incr_tag ( unsigned int tag )

inlinestatic

◆ init_collect()

static void init_collect ( )

static

◆ init_crc32c()

void init_crc32c ( )

◆ init_xcom_transport()

void init_xcom_transport ( xcom_port listen_port )

◆ invalidate_servers()

void invalidate_servers	(	const site_def *	old_site_def,
		const site_def *	new_site_def
	)

◆ is_new_node_eligible_for_ipv6()

int is_new_node_eligible_for_ipv6	(	xcom_proto	incoming_proto,
		const site_def *	current_site_def
	)

Checks if an incoming node is eligible to enter the group.

This function checks if a new node entering the group is able to be part of it. This is needed duw to downgrade procedures to server versions that do not speak IPv6. One will check if:

Our server is being contacted by a server that has a lower version than the IPv6 baseline
Check if the current configuration is all reachable by an IPv4 node

If all of the above hold true we are able to proceed and add the node. Else, we must fail.

Return values

1	in case of success.

◆ is_server_in_current_view()

bool is_server_in_current_view ( server * sp )

Checks if a given server is currently in use in the current view.

Parameters

sp	the server to check

Returns: true if it is in the current view, false otherwise.

◆ local_sender_task()

int local_sender_task ( task_arg arg )

◆ mark()

static void mark ( )

static

◆ mark_site_servers()

static void mark_site_servers ( site_def * site )

static

◆ match_address()

static int match_address ( parse_buf * p )

static

◆ match_ip_and_port()

static int match_ip_and_port	(	char const *	address,
		char	ip[IP_MAX_SIZE],
		xcom_port *	port
	)

static

◆ match_ipv4_or_name()

static int match_ipv4_or_name ( parse_buf * p )

static

◆ match_ipv6()

static int match_ipv6 ( parse_buf * p )

static

◆ match_port()

static int match_port	(	parse_buf *	p,
		xcom_port *	port
	)

static

◆ minimum_ipv6_version()

xcom_proto minimum_ipv6_version ( )

Returns the version from which nodes are able to speak IPv6.

Returns: xcom_proto the version from which nodes are able to speak IPv6

◆ mksrv()

static server * mksrv	(	char *	srv,
		xcom_port	port
	)

static

◆ negotiate_protocol()

xcom_proto negotiate_protocol ( xcom_proto proto_vers )

◆ not_self()

static int not_self	(	site_def const *	s,
		node_no	node
	)

static

◆ old_proto_knows()

static int old_proto_knows	(	xcom_proto	x_proto,
		pax_op	op
	)

inlinestatic

◆ open_new_connection()

connection_descriptor * open_new_connection	(	const char *	server,
		xcom_port	port,
		int	connection_timeout,
		network_provider_dynamic_log_level	log_level
	)

◆ open_new_local_connection()

connection_descriptor * open_new_local_connection	(	const char *	server,
		xcom_port	port
	)

◆ pm()

static int pm ( xcom_port port )

static

◆ put_header_1_0()

void put_header_1_0	(	unsigned char	header_buf[],
		uint32_t	msgsize,
		x_msg_type	x_type,
		unsigned int	tag
	)

◆ put_srv_buf()

static u_int put_srv_buf	(	srv_buf *	sb,
		char *	data,
		u_int	len
	)

static

◆ read_bytes()

static int read_bytes	(	connection_descriptor const *	rfd,
		char *	p,
		uint32_t	n,
		server *	s,
		int64_t *	ret
	)

static

Reads n bytes from connection rfd without buffering reads.

Parameters

[in]	rfd	Pointer to open connection.
[out]	p	Output buffer.
[in]	n	Number of bytes to read.
[out]	s	Pointer to server.
[out]	ret	Number of bytes read, or -1 if failure.

Return values

0	if task should terminate.
1	if it should continue.

◆ read_msg()

int read_msg	(	connection_descriptor *	rfd,
		pax_msg *	p,
		server *	s,
		int64_t *	ret
	)

Reads message from connection rfd without buffering reads.

Parameters

[in]	rfd	Pointer to open connection.
[out]	p	Output buffer.
[in,out]	s	Pointer to server. Server timestamp updated if not 0.
[in,out]	ret	Number of bytes read, or -1 if failure.

Return values

0	if task should terminate.
1	if it should continue.

◆ read_protoversion()

xcom_proto read_protoversion ( unsigned char * p )

◆ reset_connection()

void reset_connection ( connection_descriptor * con )

◆ reset_srv_buf()

void reset_srv_buf ( srv_buf * sb )

◆ rmsrv()

static void rmsrv ( int i )

static

◆ send_msg()

int send_msg	(	server *	s,
		node_no	from,
		node_no	to,
		uint32_t	group_id,
		pax_msg *	p
	)

◆ send_other_loop()

static int send_other_loop	(	site_def const *	s,
		pax_msg *	p,
		const char *	dbg
	)

inlinestatic

◆ send_proto()

int send_proto	(	connection_descriptor *	con,
		xcom_proto	x_proto,
		x_msg_type	x_type,
		unsigned int	tag,
		int64_t *	ret
	)

◆ send_server_msg()

int send_server_msg	(	site_def const *	s,
		node_no	to,
		pax_msg *	p
	)

◆ send_to_acceptors()

int send_to_acceptors	(	pax_msg *	p,
		const char *	dbg
	)

◆ send_to_all()

int send_to_all	(	pax_msg *	p,
		const char *	dbg
	)

◆ send_to_all_except_self()

int send_to_all_except_self	(	site_def const *	s,
		pax_msg *	p,
		const char *	dbg
	)

◆ send_to_all_site()

int send_to_all_site	(	site_def const *	s,
		pax_msg *	p,
		const char *	dbg
	)

◆ send_to_node_set()

static int send_to_node_set	(	site_def const *	s,
		node_no	max,
		pax_msg *	p,
		node_set_selector	test_func,
		const char *	dbg
	)

inlinestatic

◆ send_to_others()

int send_to_others	(	site_def const *	s,
		pax_msg *	p,
		const char *	dbg
	)

◆ send_to_someone()

int send_to_someone	(	site_def const *	s,
		pax_msg *	p,
		const char *	dbg
	)

◆ sender_task()

int sender_task ( task_arg arg )

◆ serialize()

static int serialize	(	void *	p,
		xcom_proto	x_proto,
		uint32_t *	out_len,
		xdrproc_t	xdrfunc,
		char **	out_buf
	)

static

◆ serialize_msg()

int serialize_msg	(	pax_msg *	p,
		xcom_proto	x_proto,
		uint32_t *	buflen,
		char **	buf
	)

◆ server_active()

double server_active	(	site_def const *	s,
		node_no	i
	)

◆ server_detected()

void server_detected ( server * s )

Updates timestamp of server.

Parameters

[in] s Pointer to server.

◆ set_latest_common_proto()

xcom_proto set_latest_common_proto ( xcom_proto x_proto )

◆ set_nodelay()

result set_nodelay ( int fd )

◆ shut_srv()

static void shut_srv ( server * s )

static

◆ shutdown_connection()

void shutdown_connection ( connection_descriptor * con )

◆ srv_buf_buffered()

static u_int srv_buf_buffered ( srv_buf * sb )

static

◆ srv_buf_capacity()

static u_int srv_buf_capacity ( srv_buf * sb )

static

◆ srv_buf_extract_ptr()

static char * srv_buf_extract_ptr ( srv_buf * sb )

static

◆ srv_buf_free_space()

static u_int srv_buf_free_space ( srv_buf * sb )

static

◆ srv_buf_insert_ptr()

static char * srv_buf_insert_ptr ( srv_buf * sb )

static

◆ srv_ref()

int srv_ref ( server * s )

◆ srv_unref()

int srv_unref ( server * s )

◆ ssl_free_con()

void ssl_free_con ( connection_descriptor * con )

◆ start_protocol_negotiation()

static void start_protocol_negotiation ( channel * outgoing )

static

◆ sweep()

static void sweep ( )

static

◆ tcp_reaper_task()

int tcp_reaper_task ( task_arg arg )

◆ update_servers()

void update_servers	(	site_def *	s,
		cargo_type	operation
	)

◆ wakeup_sender()

void wakeup_sender ( )

◆ write_protoversion()

void write_protoversion	(	unsigned char *	buf,
		xcom_proto	proto_vers
	)

Variable Documentation

◆ all_servers

server* all_servers[SERVER_MAX]

static

◆ connect_wait

linkage connect_wait

Initial value:

= {
    0, &connect_wait,
    &connect_wait}

◆ crc_table

uint32_t crc_table[256]

static

◆ latest_common_proto

xcom_proto latest_common_proto = MY_XCOM_PROTO

static

◆ maxservers

int maxservers = 0

static

◆ my_min_xcom_version

xcom_proto const my_min_xcom_version

Initial value:

=

x_1_0

◆ my_xcom_version

xcom_proto const my_xcom_version

Initial value:

=

MY_XCOM_PROTO

#define MY_XCOM_PROTO

Definition: xcom_transport.cc:78

◆ NAGLE

int const NAGLE = 0

static

◆ pax_msg_func

xdrproc_t pax_msg_func[]

static

Initial value:

= {
    reinterpret_cast<xdrproc_t>(0),
    reinterpret_cast<xdrproc_t>(xdr_pax_msg_1_0),
    reinterpret_cast<xdrproc_t>(xdr_pax_msg_1_1),
    reinterpret_cast<xdrproc_t>(xdr_pax_msg_1_2),
    reinterpret_cast<xdrproc_t>(xdr_pax_msg_1_3),
    reinterpret_cast<xdrproc_t>(xdr_pax_msg_1_4),
    reinterpret_cast<xdrproc_t>(xdr_pax_msg_1_5),
    reinterpret_cast<xdrproc_t>(xdr_pax_msg_1_6),
    reinterpret_cast<xdrproc_t>(xdr_pax_msg_1_7),
    reinterpret_cast<xdrproc_t>(xdr_pax_msg_1_8),
    reinterpret_cast<xdrproc_t>(xdr_pax_msg_1_9)}

◆ xcom_listen_port

xcom_port xcom_listen_port = 0

static

◆ xcom_shutdown

int xcom_shutdown

extern

Classes

Macros

Typedefs

Functions

Variables

Macro Definition Documentation

◆ CRC32CSTART

◆ EMIT

◆ MY_XCOM_PROTO

◆ SERVER_MAX

◆ TAG_START

◆ TERMINATE_CLIENT

◆ XDRFUNC

Typedef Documentation

◆ node_set_selector

◆ parse_buf

Function Documentation

◆ _send_msg()

◆ _send_server_msg()

◆ addsrv()

◆ advance_extract_ptr()

◆ advance_insert_ptr()

◆ alive()

◆ all()

◆ apply_xdr()

◆ buffered_read_bytes()

◆ buffered_read_msg()

◆ check_protoversion()

◆ close_connection()

◆ close_open_connection()

◆ common_xcom_version()

◆ dbg_app_data()

◆ deserialize_msg()

◆ dial()

◆ emit()

◆ find_server()

◆ flush_srv_buf()

◆ freesrv()

◆ garbage_collect_servers()

◆ get_all_site_defs()

◆ get_header_1_0()

◆ get_ip_and_port()

◆ get_latest_common_proto()

◆ get_srv_buf()

◆ incoming_connection_task()

◆ incr_tag()

◆ init_collect()

◆ init_crc32c()

◆ init_xcom_transport()

◆ invalidate_servers()

◆ is_new_node_eligible_for_ipv6()

◆ is_server_in_current_view()

◆ local_sender_task()

◆ mark()

◆ mark_site_servers()

◆ match_address()

◆ match_ip_and_port()

◆ match_ipv4_or_name()

◆ match_ipv6()

◆ match_port()

◆ minimum_ipv6_version()

◆ mksrv()

◆ negotiate_protocol()

◆ not_self()

◆ old_proto_knows()

◆ open_new_connection()

◆ open_new_local_connection()

◆ pm()

◆ put_header_1_0()

◆ put_srv_buf()

◆ read_bytes()

◆ read_msg()

◆ read_protoversion()

◆ reset_connection()

◆ reset_srv_buf()

◆ rmsrv()

◆ send_msg()

◆ send_other_loop()

◆ send_proto()

◆ send_server_msg()