apparmor.d/pkg/aa/unix.go
2024-04-19 22:43:02 +01:00

77 lines
1.7 KiB
Go

// apparmor.d - Full set of apparmor profiles
// Copyright (C) 2021-2024 Alexandre Pujol <alexandre@pujol.io>
// SPDX-License-Identifier: GPL-2.0-only
package aa
type Unix struct {
RuleBase
Qualifier
Access string
Type string
Protocol string
Address string
Label string
Attr string
Opt string
PeerLabel string
PeerAddr string
}
func newUnixFromLog(log map[string]string) Rule {
return &Unix{
RuleBase: newRuleFromLog(log),
Qualifier: newQualifierFromLog(log),
Access: toAccess(log["requested_mask"]),
Type: log["sock_type"],
Protocol: log["protocol"],
Address: log["addr"],
Label: log["label"],
Attr: log["attr"],
Opt: log["opt"],
PeerLabel: log["peer"],
PeerAddr: log["peer_addr"],
}
}
func (r *Unix) Less(other any) bool {
o, _ := other.(*Unix)
if r.Access != o.Access {
return r.Access < o.Access
}
if r.Type != o.Type {
return r.Type < o.Type
}
if r.Protocol != o.Protocol {
return r.Protocol < o.Protocol
}
if r.Address != o.Address {
return r.Address < o.Address
}
if r.Label != o.Label {
return r.Label < o.Label
}
if r.Attr != o.Attr {
return r.Attr < o.Attr
}
if r.Opt != o.Opt {
return r.Opt < o.Opt
}
if r.PeerLabel != o.PeerLabel {
return r.PeerLabel < o.PeerLabel
}
if r.PeerAddr != o.PeerAddr {
return r.PeerAddr < o.PeerAddr
}
return r.Qualifier.Less(o.Qualifier)
}
func (r *Unix) Equals(other any) bool {
o, _ := other.(*Unix)
return r.Access == o.Access && r.Type == o.Type &&
r.Protocol == o.Protocol && r.Address == o.Address &&
r.Label == o.Label && r.Attr == o.Attr && r.Opt == o.Opt &&
r.PeerLabel == o.PeerLabel && r.PeerAddr == o.PeerAddr &&
r.Qualifier.Equals(o.Qualifier)
}