實作socks5(RFC1928), 然後完全偽裝成http欺騙L7 fliter, Content fliter
##Godoc ###Socks
import "github.com/YSITD/SocksOverHttp/Socks"
SocksServer struct{ server *net.TCPListener //The real server }
`func NewSocksServer(port int) *SocksServer` Returns a SocksServer that binded on port port. `type Hendler func(*SocksConn)` `func (s * SocksServer) Listen(callback Handler)` ***This function will never return*** Start listen. If there are any packet that needs user handle, callback will be called. `func Stop()` Stop the server. ```go
const ( //Reply SUCCEED = iota //Succeed GEN_SOKCS_FAIL = iota //General SOCKS server failure BLOCK_BY_RULES = iota //Connection not allowed by ruleset NETWORK_UNREACHABLE = iota //Network unreachable HOST_UNREACHABLE = iota //Host unreachable CONN_REFUSED = iota //Connection refused TTL_EXPIRED = iota //TTL expired UNKNOW_COMMAND = iota //Command not supported ADDR_TYPE_UNSUPPORT = iota //Address type not supported )
```go
SocksConn struct { RemoteAddr struct { Host string //The host address that socks client wants to connect Port int //The port that socks client wants to connect } conn *net.TCPConn //The pointer to the real connect object writeBuf bytes.Buffer //Write buffer mother *SocksServer //Mother server pointer }
`func (s *SocksConn) RemoteAddr2String() string` Returns the remote address as string. `func (s *SocksConn) SetCanConnect(rep byte)` Tells us whether the remote can connect. The value of rep can only be the const which we provided `func (s *SocksConn) Write(willWrite []byte)` Write some bytes to the buffer. (not the socks client) `func (s *SocksConn) Flush()` Write the buffer to the socks client `func (s *SocksConn) Close()` Close this connect. If you want to continue do anything to this connect during next request, do not close it.
##感謝：
@seadog007
@ifTNT