mirror of
https://github.com/vishvananda/netlink
synced 2024-12-17 20:24:44 +00:00
Make xfrm linux-only
The xfrm framework is linux-only. Only implement the respective types for GOOS=linux to avoid dependencies to x/sys/unix on non-linux or non-unix platforms. Provide dummy XfrmPolicy and XfrmState types for the globally defined XfrmPolicy* and XfrmState* functions.
This commit is contained in:
Tobias Klauser
Alessandro Boch
parent
ccef072df0
commit
77df5d35f7
@ -14,7 +14,7 @@ const (
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XFRM_PROTO_ESP Proto = unix.IPPROTO_ESP
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XFRM_PROTO_AH Proto = unix.IPPROTO_AH
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XFRM_PROTO_HAO Proto = unix.IPPROTO_DSTOPTS
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XFRM_PROTO_COMP Proto = 0x6c // NOTE not defined on darwin
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XFRM_PROTO_COMP Proto = unix.IPPROTO_COMP
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XFRM_PROTO_IPSEC_ANY Proto = unix.IPPROTO_RAW
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)
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@ -1,6 +1,3 @@
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//go:build linux
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// +build linux
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package netlink
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import (
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@ -1,97 +0,0 @@
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package netlink
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import (
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"fmt"
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"net"
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)
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// Dir is an enum representing an ipsec template direction.
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type Dir uint8
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const (
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XFRM_DIR_IN Dir = iota
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XFRM_DIR_OUT
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XFRM_DIR_FWD
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XFRM_SOCKET_IN
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XFRM_SOCKET_OUT
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XFRM_SOCKET_FWD
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)
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func (d Dir) String() string {
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switch d {
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case XFRM_DIR_IN:
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return "dir in"
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case XFRM_DIR_OUT:
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return "dir out"
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case XFRM_DIR_FWD:
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return "dir fwd"
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case XFRM_SOCKET_IN:
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return "socket in"
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case XFRM_SOCKET_OUT:
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return "socket out"
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case XFRM_SOCKET_FWD:
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return "socket fwd"
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}
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return fmt.Sprintf("socket %d", d-XFRM_SOCKET_IN)
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}
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// PolicyAction is an enum representing an ipsec policy action.
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type PolicyAction uint8
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const (
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XFRM_POLICY_ALLOW PolicyAction = 0
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XFRM_POLICY_BLOCK PolicyAction = 1
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)
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func (a PolicyAction) String() string {
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switch a {
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case XFRM_POLICY_ALLOW:
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return "allow"
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case XFRM_POLICY_BLOCK:
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return "block"
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default:
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return fmt.Sprintf("action %d", a)
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}
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}
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// XfrmPolicyTmpl encapsulates a rule for the base addresses of an ipsec
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// policy. These rules are matched with XfrmState to determine encryption
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// and authentication algorithms.
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type XfrmPolicyTmpl struct {
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Dst net.IP
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Src net.IP
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Proto Proto
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Mode Mode
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Spi int
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Reqid int
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Optional int
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}
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func (t XfrmPolicyTmpl) String() string {
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return fmt.Sprintf("{Dst: %v, Src: %v, Proto: %s, Mode: %s, Spi: 0x%x, Reqid: 0x%x}",
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t.Dst, t.Src, t.Proto, t.Mode, t.Spi, t.Reqid)
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}
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// XfrmPolicy represents an ipsec policy. It represents the overlay network
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// and has a list of XfrmPolicyTmpls representing the base addresses of
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// the policy.
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type XfrmPolicy struct {
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Dst *net.IPNet
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Src *net.IPNet
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Proto Proto
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DstPort int
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SrcPort int
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Dir Dir
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Priority int
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Index int
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Action PolicyAction
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Ifindex int
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Ifid int
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Mark *XfrmMark
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Tmpls []XfrmPolicyTmpl
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}
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func (p XfrmPolicy) String() string {
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return fmt.Sprintf("{Dst: %v, Src: %v, Proto: %s, DstPort: %d, SrcPort: %d, Dir: %s, Priority: %d, Index: %d, Action: %s, Ifindex: %d, Ifid: %d, Mark: %s, Tmpls: %s}",
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p.Dst, p.Src, p.Proto, p.DstPort, p.SrcPort, p.Dir, p.Priority, p.Index, p.Action, p.Ifindex, p.Ifid, p.Mark, p.Tmpls)
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}
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@ -1,10 +1,104 @@
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package netlink
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import (
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"fmt"
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"net"
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"github.com/vishvananda/netlink/nl"
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"golang.org/x/sys/unix"
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)
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// Dir is an enum representing an ipsec template direction.
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type Dir uint8
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const (
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XFRM_DIR_IN Dir = iota
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XFRM_DIR_OUT
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XFRM_DIR_FWD
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XFRM_SOCKET_IN
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XFRM_SOCKET_OUT
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XFRM_SOCKET_FWD
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)
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func (d Dir) String() string {
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switch d {
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case XFRM_DIR_IN:
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return "dir in"
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case XFRM_DIR_OUT:
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return "dir out"
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case XFRM_DIR_FWD:
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return "dir fwd"
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case XFRM_SOCKET_IN:
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return "socket in"
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case XFRM_SOCKET_OUT:
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return "socket out"
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case XFRM_SOCKET_FWD:
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return "socket fwd"
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}
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return fmt.Sprintf("socket %d", d-XFRM_SOCKET_IN)
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}
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// PolicyAction is an enum representing an ipsec policy action.
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type PolicyAction uint8
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const (
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XFRM_POLICY_ALLOW PolicyAction = 0
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XFRM_POLICY_BLOCK PolicyAction = 1
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)
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func (a PolicyAction) String() string {
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switch a {
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case XFRM_POLICY_ALLOW:
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return "allow"
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case XFRM_POLICY_BLOCK:
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return "block"
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default:
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return fmt.Sprintf("action %d", a)
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}
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}
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// XfrmPolicyTmpl encapsulates a rule for the base addresses of an ipsec
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// policy. These rules are matched with XfrmState to determine encryption
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// and authentication algorithms.
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type XfrmPolicyTmpl struct {
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Dst net.IP
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Src net.IP
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Proto Proto
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Mode Mode
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Spi int
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Reqid int
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Optional int
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}
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func (t XfrmPolicyTmpl) String() string {
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return fmt.Sprintf("{Dst: %v, Src: %v, Proto: %s, Mode: %s, Spi: 0x%x, Reqid: 0x%x}",
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t.Dst, t.Src, t.Proto, t.Mode, t.Spi, t.Reqid)
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}
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// XfrmPolicy represents an ipsec policy. It represents the overlay network
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// and has a list of XfrmPolicyTmpls representing the base addresses of
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// the policy.
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type XfrmPolicy struct {
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Dst *net.IPNet
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Src *net.IPNet
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Proto Proto
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DstPort int
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SrcPort int
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Dir Dir
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Priority int
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Index int
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Action PolicyAction
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Ifindex int
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Ifid int
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Mark *XfrmMark
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Tmpls []XfrmPolicyTmpl
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}
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func (p XfrmPolicy) String() string {
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return fmt.Sprintf("{Dst: %v, Src: %v, Proto: %s, DstPort: %d, SrcPort: %d, Dir: %s, Priority: %d, Index: %d, Action: %s, Ifindex: %d, Ifid: %d, Mark: %s, Tmpls: %s}",
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p.Dst, p.Src, p.Proto, p.DstPort, p.SrcPort, p.Dir, p.Priority, p.Index, p.Action, p.Ifindex, p.Ifid, p.Mark, p.Tmpls)
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}
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func selFromPolicy(sel *nl.XfrmSelector, policy *XfrmPolicy) {
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sel.Family = uint16(nl.FAMILY_V4)
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if policy.Dst != nil {
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@ -1,6 +1,3 @@
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//go:build linux
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// +build linux
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package netlink
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import (
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148
xfrm_state.go
148
xfrm_state.go
@ -1,148 +0,0 @@
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package netlink
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import (
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"fmt"
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"net"
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"time"
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)
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// XfrmStateAlgo represents the algorithm to use for the ipsec encryption.
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type XfrmStateAlgo struct {
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Name string
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Key []byte
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TruncateLen int // Auth only
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ICVLen int // AEAD only
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}
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func (a XfrmStateAlgo) String() string {
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base := fmt.Sprintf("{Name: %s, Key: 0x%x", a.Name, a.Key)
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if a.TruncateLen != 0 {
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base = fmt.Sprintf("%s, Truncate length: %d", base, a.TruncateLen)
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}
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if a.ICVLen != 0 {
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base = fmt.Sprintf("%s, ICV length: %d", base, a.ICVLen)
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}
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return fmt.Sprintf("%s}", base)
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}
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// EncapType is an enum representing the optional packet encapsulation.
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type EncapType uint8
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const (
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XFRM_ENCAP_ESPINUDP_NONIKE EncapType = iota + 1
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XFRM_ENCAP_ESPINUDP
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)
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func (e EncapType) String() string {
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switch e {
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case XFRM_ENCAP_ESPINUDP_NONIKE:
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return "espinudp-non-ike"
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case XFRM_ENCAP_ESPINUDP:
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return "espinudp"
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}
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return "unknown"
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}
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// XfrmStateEncap represents the encapsulation to use for the ipsec encryption.
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type XfrmStateEncap struct {
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Type EncapType
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SrcPort int
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DstPort int
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OriginalAddress net.IP
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}
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func (e XfrmStateEncap) String() string {
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return fmt.Sprintf("{Type: %s, Srcport: %d, DstPort: %d, OriginalAddress: %v}",
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e.Type, e.SrcPort, e.DstPort, e.OriginalAddress)
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}
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// XfrmStateLimits represents the configured limits for the state.
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type XfrmStateLimits struct {
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ByteSoft uint64
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ByteHard uint64
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PacketSoft uint64
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PacketHard uint64
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TimeSoft uint64
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TimeHard uint64
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TimeUseSoft uint64
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TimeUseHard uint64
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}
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// XfrmStateStats represents the current number of bytes/packets
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// processed by this State, the State's installation and first use
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// time and the replay window counters.
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type XfrmStateStats struct {
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ReplayWindow uint32
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Replay uint32
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Failed uint32
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Bytes uint64
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Packets uint64
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AddTime uint64
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UseTime uint64
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}
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// XfrmReplayState represents the sequence number states for
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// "legacy" anti-replay mode.
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type XfrmReplayState struct {
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OSeq uint32
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Seq uint32
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BitMap uint32
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}
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func (r XfrmReplayState) String() string {
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return fmt.Sprintf("{OSeq: 0x%x, Seq: 0x%x, BitMap: 0x%x}",
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r.OSeq, r.Seq, r.BitMap)
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}
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// XfrmState represents the state of an ipsec policy. It optionally
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// contains an XfrmStateAlgo for encryption and one for authentication.
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type XfrmState struct {
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Dst net.IP
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Src net.IP
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Proto Proto
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Mode Mode
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Spi int
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Reqid int
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ReplayWindow int
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Limits XfrmStateLimits
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Statistics XfrmStateStats
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Mark *XfrmMark
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OutputMark *XfrmMark
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Ifid int
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Auth *XfrmStateAlgo
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Crypt *XfrmStateAlgo
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Aead *XfrmStateAlgo
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Encap *XfrmStateEncap
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ESN bool
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DontEncapDSCP bool
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OSeqMayWrap bool
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Replay *XfrmReplayState
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Selector *XfrmPolicy
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}
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func (sa XfrmState) String() string {
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return fmt.Sprintf("Dst: %v, Src: %v, Proto: %s, Mode: %s, SPI: 0x%x, ReqID: 0x%x, ReplayWindow: %d, Mark: %v, OutputMark: %v, Ifid: %d, Auth: %v, Crypt: %v, Aead: %v, Encap: %v, ESN: %t, DontEncapDSCP: %t, OSeqMayWrap: %t, Replay: %v",
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sa.Dst, sa.Src, sa.Proto, sa.Mode, sa.Spi, sa.Reqid, sa.ReplayWindow, sa.Mark, sa.OutputMark, sa.Ifid, sa.Auth, sa.Crypt, sa.Aead, sa.Encap, sa.ESN, sa.DontEncapDSCP, sa.OSeqMayWrap, sa.Replay)
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}
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func (sa XfrmState) Print(stats bool) string {
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if !stats {
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return sa.String()
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}
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at := time.Unix(int64(sa.Statistics.AddTime), 0).Format(time.UnixDate)
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ut := "-"
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if sa.Statistics.UseTime > 0 {
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ut = time.Unix(int64(sa.Statistics.UseTime), 0).Format(time.UnixDate)
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}
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return fmt.Sprintf("%s, ByteSoft: %s, ByteHard: %s, PacketSoft: %s, PacketHard: %s, TimeSoft: %d, TimeHard: %d, TimeUseSoft: %d, TimeUseHard: %d, Bytes: %d, Packets: %d, "+
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"AddTime: %s, UseTime: %s, ReplayWindow: %d, Replay: %d, Failed: %d",
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sa.String(), printLimit(sa.Limits.ByteSoft), printLimit(sa.Limits.ByteHard), printLimit(sa.Limits.PacketSoft), printLimit(sa.Limits.PacketHard),
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sa.Limits.TimeSoft, sa.Limits.TimeHard, sa.Limits.TimeUseSoft, sa.Limits.TimeUseHard, sa.Statistics.Bytes, sa.Statistics.Packets, at, ut,
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sa.Statistics.ReplayWindow, sa.Statistics.Replay, sa.Statistics.Failed)
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}
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func printLimit(lmt uint64) string {
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if lmt == ^uint64(0) {
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return "(INF)"
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}
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return fmt.Sprintf("%d", lmt)
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}
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@ -2,12 +2,154 @@ package netlink
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import (
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"fmt"
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"net"
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"time"
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"unsafe"
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"github.com/vishvananda/netlink/nl"
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"golang.org/x/sys/unix"
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)
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// XfrmStateAlgo represents the algorithm to use for the ipsec encryption.
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type XfrmStateAlgo struct {
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Name string
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Key []byte
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TruncateLen int // Auth only
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ICVLen int // AEAD only
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}
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func (a XfrmStateAlgo) String() string {
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base := fmt.Sprintf("{Name: %s, Key: 0x%x", a.Name, a.Key)
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if a.TruncateLen != 0 {
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base = fmt.Sprintf("%s, Truncate length: %d", base, a.TruncateLen)
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}
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if a.ICVLen != 0 {
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base = fmt.Sprintf("%s, ICV length: %d", base, a.ICVLen)
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}
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return fmt.Sprintf("%s}", base)
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}
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// EncapType is an enum representing the optional packet encapsulation.
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type EncapType uint8
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const (
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XFRM_ENCAP_ESPINUDP_NONIKE EncapType = iota + 1
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XFRM_ENCAP_ESPINUDP
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)
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func (e EncapType) String() string {
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switch e {
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case XFRM_ENCAP_ESPINUDP_NONIKE:
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return "espinudp-non-ike"
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case XFRM_ENCAP_ESPINUDP:
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return "espinudp"
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}
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return "unknown"
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}
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// XfrmStateEncap represents the encapsulation to use for the ipsec encryption.
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type XfrmStateEncap struct {
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Type EncapType
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SrcPort int
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DstPort int
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OriginalAddress net.IP
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}
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func (e XfrmStateEncap) String() string {
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return fmt.Sprintf("{Type: %s, Srcport: %d, DstPort: %d, OriginalAddress: %v}",
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e.Type, e.SrcPort, e.DstPort, e.OriginalAddress)
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}
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// XfrmStateLimits represents the configured limits for the state.
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type XfrmStateLimits struct {
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ByteSoft uint64
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ByteHard uint64
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PacketSoft uint64
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PacketHard uint64
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TimeSoft uint64
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TimeHard uint64
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TimeUseSoft uint64
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TimeUseHard uint64
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}
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// XfrmStateStats represents the current number of bytes/packets
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// processed by this State, the State's installation and first use
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// time and the replay window counters.
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type XfrmStateStats struct {
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ReplayWindow uint32
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Replay uint32
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Failed uint32
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Bytes uint64
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Packets uint64
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AddTime uint64
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UseTime uint64
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}
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// XfrmReplayState represents the sequence number states for
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// "legacy" anti-replay mode.
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type XfrmReplayState struct {
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OSeq uint32
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Seq uint32
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BitMap uint32
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}
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func (r XfrmReplayState) String() string {
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return fmt.Sprintf("{OSeq: 0x%x, Seq: 0x%x, BitMap: 0x%x}",
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r.OSeq, r.Seq, r.BitMap)
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}
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|
||||
// XfrmState represents the state of an ipsec policy. It optionally
|
||||
// contains an XfrmStateAlgo for encryption and one for authentication.
|
||||
type XfrmState struct {
|
||||
Dst net.IP
|
||||
Src net.IP
|
||||
Proto Proto
|
||||
Mode Mode
|
||||
Spi int
|
||||
Reqid int
|
||||
ReplayWindow int
|
||||
Limits XfrmStateLimits
|
||||
Statistics XfrmStateStats
|
||||
Mark *XfrmMark
|
||||
OutputMark *XfrmMark
|
||||
Ifid int
|
||||
Auth *XfrmStateAlgo
|
||||
Crypt *XfrmStateAlgo
|
||||
Aead *XfrmStateAlgo
|
||||
Encap *XfrmStateEncap
|
||||
ESN bool
|
||||
DontEncapDSCP bool
|
||||
OSeqMayWrap bool
|
||||
Replay *XfrmReplayState
|
||||
Selector *XfrmPolicy
|
||||
}
|
||||
|
||||
func (sa XfrmState) String() string {
|
||||
return fmt.Sprintf("Dst: %v, Src: %v, Proto: %s, Mode: %s, SPI: 0x%x, ReqID: 0x%x, ReplayWindow: %d, Mark: %v, OutputMark: %v, Ifid: %d, Auth: %v, Crypt: %v, Aead: %v, Encap: %v, ESN: %t, DontEncapDSCP: %t, OSeqMayWrap: %t, Replay: %v",
|
||||
sa.Dst, sa.Src, sa.Proto, sa.Mode, sa.Spi, sa.Reqid, sa.ReplayWindow, sa.Mark, sa.OutputMark, sa.Ifid, sa.Auth, sa.Crypt, sa.Aead, sa.Encap, sa.ESN, sa.DontEncapDSCP, sa.OSeqMayWrap, sa.Replay)
|
||||
}
|
||||
func (sa XfrmState) Print(stats bool) string {
|
||||
if !stats {
|
||||
return sa.String()
|
||||
}
|
||||
at := time.Unix(int64(sa.Statistics.AddTime), 0).Format(time.UnixDate)
|
||||
ut := "-"
|
||||
if sa.Statistics.UseTime > 0 {
|
||||
ut = time.Unix(int64(sa.Statistics.UseTime), 0).Format(time.UnixDate)
|
||||
}
|
||||
return fmt.Sprintf("%s, ByteSoft: %s, ByteHard: %s, PacketSoft: %s, PacketHard: %s, TimeSoft: %d, TimeHard: %d, TimeUseSoft: %d, TimeUseHard: %d, Bytes: %d, Packets: %d, "+
|
||||
"AddTime: %s, UseTime: %s, ReplayWindow: %d, Replay: %d, Failed: %d",
|
||||
sa.String(), printLimit(sa.Limits.ByteSoft), printLimit(sa.Limits.ByteHard), printLimit(sa.Limits.PacketSoft), printLimit(sa.Limits.PacketHard),
|
||||
sa.Limits.TimeSoft, sa.Limits.TimeHard, sa.Limits.TimeUseSoft, sa.Limits.TimeUseHard, sa.Statistics.Bytes, sa.Statistics.Packets, at, ut,
|
||||
sa.Statistics.ReplayWindow, sa.Statistics.Replay, sa.Statistics.Failed)
|
||||
}
|
||||
|
||||
func printLimit(lmt uint64) string {
|
||||
if lmt == ^uint64(0) {
|
||||
return "(INF)"
|
||||
}
|
||||
return fmt.Sprintf("%d", lmt)
|
||||
}
|
||||
func writeStateAlgo(a *XfrmStateAlgo) []byte {
|
||||
algo := nl.XfrmAlgo{
|
||||
AlgKeyLen: uint32(len(a.Key) * 8),
|
||||
|
||||
@ -1,6 +1,3 @@
|
||||
//go:build linux
|
||||
// +build linux
|
||||
|
||||
package netlink
|
||||
|
||||
import (
|
||||
7
xfrm_unspecified.go
Normal file
7
xfrm_unspecified.go
Normal file
@ -0,0 +1,7 @@
|
||||
//go:build !linux
|
||||
// +build !linux
|
||||
|
||||
package netlink
|
||||
|
||||
type XfrmPolicy struct{}
|
||||
type XfrmState struct{}
|
||||
Loading…
Reference in New Issue
Block a user