zerotier: remove unused zerotier.h transport header

1 files changed, 0 insertions, 157 deletions

diff --git a/include/nng/transport/zerotier/zerotier.h b/include/nng/transport/zerotier/zerotier.h
deleted file mode 100644
index 178bbfa6..00000000
--- a/include/nng/transport/zerotier/zerotier.h
+++ /dev/null
@@ -1,157 +0,0 @@
-//
-// Copyright 2019 Staysail Systems, Inc. <info@staysail.tech>
-// Copyright 2018 Capitar IT Group BV <info@capitar.com>
-//
-// This software is supplied under the terms of the MIT License, a
-// copy of which should be located in the distribution where this
-// file was obtained (LICENSE.txt).  A copy of the license may also be
-// found online at https://opensource.org/licenses/MIT.
-//
-
-#ifndef NNG_TRANSPORT_ZEROTIER_ZEROTIER_H
-#define NNG_TRANSPORT_ZEROTIER_ZEROTIER_H
-
-#include <nng/nng.h>
-
-// ZeroTier Transport.  This sits on the ZeroTier L2 network, which itself
-// is implemented on top of UDP.  This requires the 3rd party
-// libzerotiercore library (which is GPLv3!) and platform specific UDP
-// functionality to be built in.  Note that care must be taken to link
-// dynamically if one wishes to avoid making your entire application GPL3.
-// (Alternatively ZeroTier offers commercial licenses which may prevent
-// this particular problem.)  This implementation does not make use of
-// certain advanced capabilities in ZeroTier such as more sophisticated
-// route management and TCP fallback.  You need to have connectivity
-// to the Internet to use this.  (Or at least to your Planetary root.)
-//
-// The ZeroTier URL format we support is zt://<ztid>.<nwid>:<port> where
-// the <nwid> component represents the 64-bit hexadecimal ZeroTier
-// network ID,the <ztid> represents the 40-bit hexadecimal ZeroTier
-// node (device) ID, and the <port> is a 24-bit (decimal) port number.
-//
-// A listener may replace the <ztid> with a wildcard, to just bind to itself,
-// in which case the format will be zt://*.<nwid>:<port>
-//
-// A listener may also use either 0 or * for the <port> to indicate that
-// a random local ephemeral port should be used.
-//
-// Because ZeroTier takes a while to establish connectivity, it is even
-// more important that applications using the ZeroTier transport not
-// assume that a connection will be immediately available.  It can take
-// quite a few seconds for peer-to-peer connectivity to be established.
-//
-// The ZeroTier transport was funded by Capitar IT Group, BV.
-//
-// The protocol itself is documented online at:
-// http://nanomsg.org/rfcs/sp-zerotier-v0.html
-//
-// This transport is highly experimental.
-
-// ZeroTier transport-specific options.
-
-// NNG_OPT_ZT_HOME is a string containing a directory, where persistent
-// state (key files, etc.) will be stored.  It should be protected from
-// unauthorized viewing and modification.  This option must be set on an
-// endpoint or socket before the endpoint(s) are started.  If the unset,
-// or an empty string, then no persistence is used and an ephemeral node
-// will be created instead.  Note that different endpoints may use different
-// values for this option, and that will lead to each endpoint having a
-// different ZeroTier identity -- however only one ephemeral node will
-// be created for the application.
-#define NNG_OPT_ZT_HOME "zt:home"
-
-// NNG_OPT_ZT_NWID is the 64-bit network ID, represented using a uint64_t in
-// native byte order.  This is a read-only option; it is derived automatically
-// from the URL.
-#define NNG_OPT_ZT_NWID "zt:nwid"
-
-// NNG_OPT_ZT_NODE is the 40-bit node ID, stored in native order in the low
-// 40-bits of a uint64_t, of the node.  This is a read-only option.
-#define NNG_OPT_ZT_NODE "zt:node"
-
-// NNG_OPT_ZT_NETWORK_STATUS represents the status of the ZeroTier virtual
-// network.  The option is a read-only value, stored as an integer, which
-// takes of the nng_zt_network_status_xxx values listed below.
-#define NNG_OPT_ZT_NETWORK_STATUS "zt:network-status"
-
-// NNG_OPT_ZT_NETWORK_NAME is a human-readable name for the ZeroTier virtual
-// network.  This will only be set once the ZeroTier network has come up
-// as the name comes from the network controller.  This is read-only, and
-// is presented as an ASCIIZ string.
-#define NNG_OPT_ZT_NETWORK_NAME "zt:network-name"
-
-// NNG_OPT_ZT_PING_TIME and NNG_OPT_ZT_PING_TRIES are used to send ping
-// requests when a connection appears to be idled.  If a logical session
-// has not received traffic from it's peer for ping-time, then a ping packet
-// is sent.  This will be done up to ping-count times.  If no traffic from
-// the remote peer is seen after all ping requests are sent, then the peer
-// is assumed to be dead or offline, and the session is closed.  The
-// NNG_OPT_ZT_PING_TIME is a duration (msec, stored as an nng_duration, and
-// NNG_OPT_ZT_PING_COUNT is an integer.)  This ping process can be disabled
-// by setting either ping-time or ping-count to zero.
-#define NNG_OPT_ZT_PING_TIME "zt:ping-time"
-#define NNG_OPT_ZT_PING_TRIES "zt:ping-tries"
-
-// NNG_OPT_ZT_CONN_TIME and NNG_OPT_ZT_CONN_TRIES are used to control
-// the interval between connection attempts, and the maximum number of
-// connection attempts to make before assuming that the peer is absent
-// (and returning NNG_ETIMEDOUT).  The NNG_OPT_ZT_CONN_TIME is a duration,
-// the NNG_OPT_ZT_CONN_TRIES is an integer.
-#define NNG_OPT_ZT_CONN_TIME "zt:conn-time"
-#define NNG_OPT_ZT_CONN_TRIES "zt:conn-tries"
-
-// NNG_OPT_ZT_MTU is a read-only size_t and contains the ZeroTier virtual
-// network MTU (i.e. the L2 payload MTU). Messages that are larger than this
-// (including our 20-byte header data) will be fragmented into multiple
-// virtual L2 frames.
-#define NNG_OPT_ZT_MTU "zt:mtu"
-
-// NNG_OPT_ZT_ORBIT is a write-only API to add a "moon" -- this affects the
-// endpoint, and all other endpoints using the same node. The value is
-// a pair of 64-bit integers -- the first is the moon ID, and the second, if
-// non-zero, is the node ID of a server.  Conventionally this is the same
-// as the moon ID.
-#define NNG_OPT_ZT_ORBIT "zt:orbit"
-
-// NNG_OPT_ZT_DEORBIT removes the moon ID from the node, so that it will
-// no longer use that moon.  The argument is a moon ID to remove.  If the
-// node is not already orbiting, then this operation does nothing.
-#define NNG_OPT_ZT_DEORBIT "zt:deorbit"
-
-// NNG_OPT_ZT_ADD_LOCAL_ADDR adds the local address (IP address) as
-// local interface address.  This facilitates the local startup and
-// discovery.  Note that this can be called multiple times to add
-// additional address.  This is optional, and usually not needed.
-// The value is an nng_sockaddr corresponding to an IP (or IPv6) address.
-#define NNG_OPT_ZT_ADD_LOCAL_ADDR "zt:add-local-addr"
-
-// NNG_OPT_ZT_CLEAR_LOCAL_ADDRS clears ZeroTier's notion of all
-// local addresses.  This may be useful when used on a mobile node,
-// to reset the notion of what the local addresses are.  This
-// option takes no argument really.
-#define NNG_OPT_ZT_CLEAR_LOCAL_ADDRS "zt:clear-local-addrs"
-
-#ifdef __cplusplus
-extern "C" {
-#endif
-
-// Network status values.
-// These values are supplied to help folks checking status.  They are the
-// return values from zt_opt_status.  We avoid hard coding them as defines,
-// to keep applications from baking in values that may change if the
-// underlying ZeroTier transport changes.
-enum nng_zt_status {
-	NNG_ZT_STATUS_UP,
-	NNG_ZT_STATUS_CONFIG,
-	NNG_ZT_STATUS_DENIED,
-	NNG_ZT_STATUS_NOTFOUND,
-	NNG_ZT_STATUS_ERROR,
-	NNG_ZT_STATUS_OBSOLETE,
-	NNG_ZT_STATUS_UNKNOWN,
-};
-
-#ifdef __cplusplus
-}
-#endif
-
-#endif // NNG_TRANSPORT_ZEROTIER_ZEROTIER_H