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Problem: formatting inconsistent
Solution: applied clang-format
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sigiesec
300
src/options.hpp
300
src/options.hpp
@@ -46,206 +46,208 @@
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#endif
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// Normal base 256 key is 32 bytes
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#define CURVE_KEYSIZE 32
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#define CURVE_KEYSIZE 32
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// Key encoded using Z85 is 40 bytes
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#define CURVE_KEYSIZE_Z85 40
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#define CURVE_KEYSIZE_Z85 40
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namespace zmq
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{
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struct options_t
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{
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options_t ();
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struct options_t
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{
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options_t ();
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int set_curve_key(uint8_t * destination, const void * optval_, size_t optvallen_);
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int set_curve_key (uint8_t *destination,
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const void *optval_,
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size_t optvallen_);
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int setsockopt (int option_, const void *optval_, size_t optvallen_);
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int getsockopt (int option_, void *optval_, size_t *optvallen_) const;
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int setsockopt (int option_, const void *optval_, size_t optvallen_);
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int getsockopt (int option_, void *optval_, size_t *optvallen_) const;
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bool is_valid (int option_) const;
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bool is_valid (int option_) const;
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// High-water marks for message pipes.
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int sndhwm;
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int rcvhwm;
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// High-water marks for message pipes.
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int sndhwm;
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int rcvhwm;
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// I/O thread affinity.
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uint64_t affinity;
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// I/O thread affinity.
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uint64_t affinity;
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// Socket routing id.
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unsigned char routing_id_size;
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unsigned char routing_id [256];
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// Socket routing id.
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unsigned char routing_id_size;
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unsigned char routing_id[256];
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// Maximum transfer rate [kb/s]. Default 100kb/s.
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int rate;
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// Maximum transfer rate [kb/s]. Default 100kb/s.
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int rate;
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// Reliability time interval [ms]. Default 10 seconds.
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int recovery_ivl;
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// Reliability time interval [ms]. Default 10 seconds.
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int recovery_ivl;
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// Sets the time-to-live field in every multicast packet sent.
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int multicast_hops;
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// Sets the time-to-live field in every multicast packet sent.
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int multicast_hops;
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// Sets the maximum transport data unit size in every multicast
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// packet sent.
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int multicast_maxtpdu;
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// Sets the maximum transport data unit size in every multicast
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// packet sent.
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int multicast_maxtpdu;
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// SO_SNDBUF and SO_RCVBUF to be passed to underlying transport sockets.
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int sndbuf;
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int rcvbuf;
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// SO_SNDBUF and SO_RCVBUF to be passed to underlying transport sockets.
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int sndbuf;
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int rcvbuf;
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// Type of service (containing DSCP and ECN socket options)
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int tos;
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// Type of service (containing DSCP and ECN socket options)
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int tos;
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// Socket type.
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int type;
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// Socket type.
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int type;
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// Linger time, in milliseconds.
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int linger;
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// Linger time, in milliseconds.
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int linger;
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// Maximum interval in milliseconds beyond which userspace will
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// timeout connect().
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// Default 0 (unused)
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int connect_timeout;
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// Maximum interval in milliseconds beyond which userspace will
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// timeout connect().
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// Default 0 (unused)
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int connect_timeout;
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// Maximum interval in milliseconds beyond which TCP will timeout
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// retransmitted packets.
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// Default 0 (unused)
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int tcp_maxrt;
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// Maximum interval in milliseconds beyond which TCP will timeout
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// retransmitted packets.
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// Default 0 (unused)
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int tcp_maxrt;
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// Minimum interval between attempts to reconnect, in milliseconds.
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// Default 100ms
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int reconnect_ivl;
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// Minimum interval between attempts to reconnect, in milliseconds.
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// Default 100ms
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int reconnect_ivl;
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// Maximum interval between attempts to reconnect, in milliseconds.
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// Default 0 (unused)
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int reconnect_ivl_max;
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// Maximum interval between attempts to reconnect, in milliseconds.
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// Default 0 (unused)
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int reconnect_ivl_max;
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// Maximum backlog for pending connections.
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int backlog;
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// Maximum backlog for pending connections.
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int backlog;
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// Maximal size of message to handle.
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int64_t maxmsgsize;
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// Maximal size of message to handle.
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int64_t maxmsgsize;
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// The timeout for send/recv operations for this socket, in milliseconds.
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int rcvtimeo;
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int sndtimeo;
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// The timeout for send/recv operations for this socket, in milliseconds.
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int rcvtimeo;
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int sndtimeo;
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// If true, IPv6 is enabled (as well as IPv4)
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bool ipv6;
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// If true, IPv6 is enabled (as well as IPv4)
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bool ipv6;
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// If 1, connecting pipes are not attached immediately, meaning a send()
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// on a socket with only connecting pipes would block
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int immediate;
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// If 1, connecting pipes are not attached immediately, meaning a send()
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// on a socket with only connecting pipes would block
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int immediate;
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// If 1, (X)SUB socket should filter the messages. If 0, it should not.
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bool filter;
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// If 1, (X)SUB socket should filter the messages. If 0, it should not.
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bool filter;
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// If true, the subscription matching on (X)PUB and (X)SUB sockets
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// is reversed. Messages are sent to and received by non-matching
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// sockets.
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bool invert_matching;
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// If true, the subscription matching on (X)PUB and (X)SUB sockets
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// is reversed. Messages are sent to and received by non-matching
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// sockets.
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bool invert_matching;
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// If true, the routing id message is forwarded to the socket.
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bool recv_routing_id;
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// If true, the routing id message is forwarded to the socket.
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bool recv_routing_id;
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// if true, router socket accepts non-zmq tcp connections
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bool raw_socket;
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bool raw_notify; // Provide connect notifications
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// if true, router socket accepts non-zmq tcp connections
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bool raw_socket;
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bool raw_notify; // Provide connect notifications
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// Address of SOCKS proxy
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std::string socks_proxy_address;
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// Address of SOCKS proxy
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std::string socks_proxy_address;
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// TCP keep-alive settings.
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// Defaults to -1 = do not change socket options
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int tcp_keepalive;
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int tcp_keepalive_cnt;
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int tcp_keepalive_idle;
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int tcp_keepalive_intvl;
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// TCP keep-alive settings.
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// Defaults to -1 = do not change socket options
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int tcp_keepalive;
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int tcp_keepalive_cnt;
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int tcp_keepalive_idle;
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int tcp_keepalive_intvl;
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// TCP accept() filters
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typedef std::vector <tcp_address_mask_t> tcp_accept_filters_t;
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tcp_accept_filters_t tcp_accept_filters;
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// TCP accept() filters
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typedef std::vector<tcp_address_mask_t> tcp_accept_filters_t;
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tcp_accept_filters_t tcp_accept_filters;
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// IPC accept() filters
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# if defined ZMQ_HAVE_SO_PEERCRED || defined ZMQ_HAVE_LOCAL_PEERCRED
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typedef std::set <uid_t> ipc_uid_accept_filters_t;
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ipc_uid_accept_filters_t ipc_uid_accept_filters;
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typedef std::set <gid_t> ipc_gid_accept_filters_t;
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ipc_gid_accept_filters_t ipc_gid_accept_filters;
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# endif
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# if defined ZMQ_HAVE_SO_PEERCRED
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typedef std::set <pid_t> ipc_pid_accept_filters_t;
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ipc_pid_accept_filters_t ipc_pid_accept_filters;
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# endif
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// IPC accept() filters
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#if defined ZMQ_HAVE_SO_PEERCRED || defined ZMQ_HAVE_LOCAL_PEERCRED
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typedef std::set<uid_t> ipc_uid_accept_filters_t;
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ipc_uid_accept_filters_t ipc_uid_accept_filters;
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typedef std::set<gid_t> ipc_gid_accept_filters_t;
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ipc_gid_accept_filters_t ipc_gid_accept_filters;
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#endif
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#if defined ZMQ_HAVE_SO_PEERCRED
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typedef std::set<pid_t> ipc_pid_accept_filters_t;
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ipc_pid_accept_filters_t ipc_pid_accept_filters;
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#endif
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// Security mechanism for all connections on this socket
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int mechanism;
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// Security mechanism for all connections on this socket
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int mechanism;
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// If peer is acting as server for PLAIN or CURVE mechanisms
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int as_server;
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// If peer is acting as server for PLAIN or CURVE mechanisms
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int as_server;
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// ZAP authentication domain
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std::string zap_domain;
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// ZAP authentication domain
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std::string zap_domain;
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// Security credentials for PLAIN mechanism
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std::string plain_username;
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std::string plain_password;
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// Security credentials for PLAIN mechanism
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std::string plain_username;
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std::string plain_password;
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// Security credentials for CURVE mechanism
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uint8_t curve_public_key [CURVE_KEYSIZE];
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uint8_t curve_secret_key [CURVE_KEYSIZE];
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uint8_t curve_server_key [CURVE_KEYSIZE];
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// Security credentials for CURVE mechanism
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uint8_t curve_public_key[CURVE_KEYSIZE];
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uint8_t curve_secret_key[CURVE_KEYSIZE];
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uint8_t curve_server_key[CURVE_KEYSIZE];
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// Principals for GSSAPI mechanism
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std::string gss_principal;
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std::string gss_service_principal;
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// Principals for GSSAPI mechanism
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std::string gss_principal;
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std::string gss_service_principal;
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// Name types GSSAPI principals
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int gss_principal_nt;
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int gss_service_principal_nt;
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// Name types GSSAPI principals
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int gss_principal_nt;
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int gss_service_principal_nt;
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// If true, gss encryption will be disabled
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bool gss_plaintext;
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// If true, gss encryption will be disabled
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bool gss_plaintext;
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// ID of the socket.
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int socket_id;
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// ID of the socket.
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int socket_id;
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// If true, socket conflates outgoing/incoming messages.
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// Applicable to dealer, push/pull, pub/sub socket types.
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// Cannot receive multi-part messages.
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// Ignores hwm
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bool conflate;
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// If true, socket conflates outgoing/incoming messages.
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// Applicable to dealer, push/pull, pub/sub socket types.
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// Cannot receive multi-part messages.
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// Ignores hwm
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bool conflate;
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// If connection handshake is not done after this many milliseconds,
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// close socket. Default is 30 secs. 0 means no handshake timeout.
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int handshake_ivl;
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// If connection handshake is not done after this many milliseconds,
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// close socket. Default is 30 secs. 0 means no handshake timeout.
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int handshake_ivl;
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bool connected;
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// If remote peer receives a PING message and doesn't receive another
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// message within the ttl value, it should close the connection
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// (measured in tenths of a second)
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uint16_t heartbeat_ttl;
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// Time in milliseconds between sending heartbeat PING messages.
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int heartbeat_interval;
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// Time in milliseconds to wait for a PING response before disconnecting
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int heartbeat_timeout;
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bool connected;
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// If remote peer receives a PING message and doesn't receive another
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// message within the ttl value, it should close the connection
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// (measured in tenths of a second)
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uint16_t heartbeat_ttl;
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// Time in milliseconds between sending heartbeat PING messages.
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int heartbeat_interval;
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// Time in milliseconds to wait for a PING response before disconnecting
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int heartbeat_timeout;
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# if defined ZMQ_HAVE_VMCI
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uint64_t vmci_buffer_size;
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uint64_t vmci_buffer_min_size;
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uint64_t vmci_buffer_max_size;
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int vmci_connect_timeout;
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# endif
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#if defined ZMQ_HAVE_VMCI
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uint64_t vmci_buffer_size;
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uint64_t vmci_buffer_min_size;
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uint64_t vmci_buffer_max_size;
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int vmci_connect_timeout;
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#endif
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// When creating a new ZMQ socket, if this option is set the value
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// will be used as the File Descriptor instead of allocating a new
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// one via the socket () system call.
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int use_fd;
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// When creating a new ZMQ socket, if this option is set the value
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// will be used as the File Descriptor instead of allocating a new
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// one via the socket () system call.
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int use_fd;
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// Device to bind the underlying socket to, eg. VRF or interface
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std::string bound_device;
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// Device to bind the underlying socket to, eg. VRF or interface
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std::string bound_device;
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// Enforce a non-empty ZAP domain requirement for PLAIN auth
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bool zap_enforce_domain;
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};
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// Enforce a non-empty ZAP domain requirement for PLAIN auth
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bool zap_enforce_domain;
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};
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}
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#endif
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