diff options
Diffstat (limited to 'exports/exports.go')
| -rw-r--r-- | exports/exports.go | 120 |
1 files changed, 1 insertions, 119 deletions
diff --git a/exports/exports.go b/exports/exports.go index 3c9c59a..448883b 100644 --- a/exports/exports.go +++ b/exports/exports.go @@ -29,7 +29,6 @@ import ( "codeberg.org/eduVPN/eduvpn-common/client" "codeberg.org/eduVPN/eduvpn-common/i18nerr" "codeberg.org/eduVPN/eduvpn-common/internal/log" - "codeberg.org/eduVPN/eduvpn-common/proxy" "codeberg.org/eduVPN/eduvpn-common/types/cookie" errtypes "codeberg.org/eduVPN/eduvpn-common/types/error" srvtypes "codeberg.org/eduVPN/eduvpn-common/types/server" @@ -452,7 +451,7 @@ func ServerList() (*C.char, *C.char) { return C.CString(ret), nil } -// GetConfig gets a configuration for the server. It returns additional information in case WireGuard over Proxyguard is used (see the last example) +// GetConfig gets a configuration for the server. // // `c` is the cookie that is used for cancellation. Create a cookie first with CookieNew, this same cookie is also used for replying to state transitions // @@ -538,16 +537,6 @@ func ServerList() (*C.char, *C.char) { // "should_failover": true, <- whether or not the failover procedure should happen // } // -// Example Output (3=WireGuard + Proxyguard): -// -// { -// "config":"[Interface]\nMTU = ...\nAddress = ...\nDNS = ...\nPrivateKey = ...\n[Peer]\nPublicKey = ...\nAllowedIPs = ...\nEndpoint = 127.0.0.1:x\n", -// "protocol":3, -// "default_gateway":true, -// "should_failover":true, -// "proxy":{"source_port":38683,"listen":"127.0.0.1:59812","peer":"https://..."} -// } -// //export GetConfig func GetConfig(c C.uintptr_t, _type C.int, id *C.char, pTCP C.int, startup C.int) (*C.char, *C.char) { state, stateErr := getVPNState() @@ -769,7 +758,6 @@ func DiscoOrganizations(c C.uintptr_t, search *C.char) (*C.char, *C.char) { } // Cleanup sends a `/disconnect` to cleanup the connection. -// Additionally, if ProxyGuard is active it cancels the running process // // This MUST be called when disconnecting, see [the eduVPN docs](https://docs.eduvpn.org/server/v3/api.html#application-flow). // `c` is the Cookie that needs to be passed. Create a new Cookie using `CookieNew`. @@ -877,112 +865,6 @@ func StartFailover(c C.uintptr_t, gateway *C.char, mtu C.int, readRxBytes C.Read return droppedC, nil } -// NewProxyguard creates the 'proxyguard' procedure in eduvpn-common. -// If the proxy cannot be created it returns an error. -// -// This function proxies WireGuard UDP connections over HTTP: [ProxyGuard on Codeberg](https://codeberg.org/eduvpn/proxyguard). -// -// These input variables can be gotten from the configuration that is retrieved using the `proxy` JSON key -// -// - `c` is the cookie. Note that if you cancel/delete the cookie, ProxyGuard gets cleaned up. Common automatically cleans up ProxyGuard when `Cleanup` is called, but it is good to cleanup yourself too. -// - `lp` is the `port` of the local udp ProxyGuard connection, this is what is set to the WireGuard endpoint -// - `tcpsp` is the TCP source port. Pass 0 if you do not route based on source port, so far only the Linux client has to pass non-zero. -// - `peer` is the `ip:port` of the remote server -// - `proxySetup` is a callback which is called when the socket is setting up, this can be used for configuring routing in the client. It takes two arguments: the file descriptor (integer) and a JSON list of IPs the client connects to -// -// Example Input: ```NewProxyguard(myCookie, 1337, 0, "5.5.5.5:51820", proxySetupCB)``` -// -// Example Output: ```null``` -// -//export NewProxyguard -func NewProxyguard(c C.uintptr_t, lp C.int, tcpsp C.int, peer *C.char, proxySetup C.ProxySetup) (C.uintptr_t, *C.char) { - ck, err := getCookie(c) - if err != nil { - return 0, getCError(err) - } - proxy, proxyErr := proxy.NewProxyguard(ck.Context(), int(lp), int(tcpsp), C.GoString(peer), func(fd int) { - if proxySetup == nil { - return - } - C.call_proxy_setup(proxySetup, C.int(fd)) - }) - if proxyErr != nil { - return 0, getCError(proxyErr) - } - return C.uintptr_t(cgo.NewHandle(proxy)), nil -} - -// ProxyguardRestart restarts ProxyGuard, call this when a network change happens -// -// Example Input: ```ProxyguardRestart(proxyHandle)``` -// -// Example Output: ```"failed restarting ProxyGuard"``` -// -//export ProxyguardRestart -func ProxyguardRestart(proxyH C.uintptr_t) *C.char { - pr, err := getProxy(proxyH) - if err != nil { - return getCError(err) - } - pr.Restart() - return nil -} - -func getProxy(proxyH C.uintptr_t) (*proxy.Proxy, error) { - h := cgo.Handle(proxyH) - v, ok := h.Value().(*proxy.Proxy) - if !ok { - return nil, i18nerr.NewInternal("value is not a proxyguard wrapper") - } - return v, nil -} - -// ProxyguardTunnel starts the tunneling for ProxyGuard -// `c` is the cookie -// `proxyH` is the proxy handle -// `wglisten` is the port WireGuard is listening on -// -//export ProxyguardTunnel -func ProxyguardTunnel(c C.uintptr_t, proxyH C.uintptr_t, wglisten C.int) *C.char { - ck, err := getCookie(c) - if err != nil { - return getCError(err) - } - pr, err := getProxy(proxyH) - if err != nil { - return getCError(err) - } - tunnelErr := pr.Tunnel(ck.Context(), int(wglisten)) - - // after tunneling is done, the handle should be deleted - cgo.Handle(proxyH).Delete() - return getCError(tunnelErr) -} - -// ProxyguardPeerIPs gets the Peer IPs configured by ProxyGuard -// Example Input: ```ProxyguardPeerIPs(handle)``` -// -// Example Output: ```["1.1.1.1"], null``` -// -//export ProxyguardPeerIPs -func ProxyguardPeerIPs(proxyH C.uintptr_t) (*C.char, *C.char) { - pr, err := getProxy(proxyH) - if err != nil { - return nil, getCError(err) - } - pips := pr.PeerIPS - - b, err := json.Marshal(pips) - if err != nil { - return nil, getCError(i18nerr.WrapInternal(err, "failed converting Peer IPs to JSON")) - } - ret, err := getReturnData(string(b)) - if err != nil { - return nil, getCError(err) - } - return C.CString(ret), nil -} - // SetState sets the state of the state machine. // // Note: this transitions the FSM into the new state without passing any data to it. |