mirrors/dns
1
0
Fork 0
mirror of https://github.com/miekg/dns.git synced 2025-09-24 17:41:01 +02:00
Code Issues Packages Projects Releases Wiki Activity
dns/dnssec_test.go
Tom Thorogood 17c1bc6792
Eliminate lexer goroutines (#792) 
* Eliminate zlexer goroutine

This replaces the zlexer goroutine and channels with a zlexer struct
that maintains state and provides a channel-like API.

* Eliminate klexer goroutine

This replaces the klexer goroutine and channels with a klexer struct
that maintains state and provides a channel-like API.

* Merge scan into zlexer and klexer

This does result in tokenText existing twice, but it's pretty simple
and small so it's not that bad.

* Avoid using text/scanner.Position to track position

* Track escape within zlexer.Next

* Avoid zl.commt check on space and tab in zlexer

* Track stri within zlexer.Next

* Track comi within zlexer.Next

There is one special case at the start of a comment that needs to be
handled, otherwise this is as simple as stri was.

* Use a single token buffer in zlexer

This is safe as there is never both a non-empty string buffer and a
non-empty comment buffer.

* Don't hardcode length of zl.tok in zlexer

* Eliminate lex.length field

This is always set to len(l.token) and is only queried in a few places.

It was added in 47cc5b052df9b4e5d5a9900cfdd622607de10a6d without any
obvious need.

* Add whitespace to klexer.Next

* Track lex within klexer.Next

* Use a strings.Builder in klexer.Next

* Simplify : case in klexer.Next

* Add whitespace to zlexer.Next

* Change for loop style in zlexer.Next and klexer.Next

* Surface read errors in zlexer

* Surface read errors from klexer

* Remove debug line from parseKey

* Rename tokenText to readByte

* Make readByte return ok bool

Also change the for loop style to match the Next for loops.

* Make readByte errors sticky

klexer.Next calls readByte separately from within the loop. Without
readByte being sticky, an error that occurs during that readByte call
may be lost.

* Panic in testRR if the error is non-nil

* Add whitespace and unify field setting in zlexer.Next

* Remove eof fields from zlexer and klexer

With readByte having sticky errors, this no longer needed. zl.eof = true
was also in the wrong place and could mask an unbalanced brace error.

* Merge zl.tok blocks in zlexer.Next

* Split the tok buffer into separate string and comment buffers

The invariant of stri > 0 && comi > 0 never being true was broken when
x == '\n' && !zl.quote && zl.commt && zl.brace != 0 (the
"If not in a brace this ends the comment AND the RR" block).

Split the buffer back out into two separate buffers to avoid clobbering.

* Replace token slices with arrays in zlexer

* Add a NewRR benchmark

* Move token buffers into zlexer.Next

These don't need to be retained across Next calls and can be stack
allocated inside Next. This drastically reduces memory consumption as
they accounted for nearly half of all the memory used.

name      old alloc/op   new alloc/op   delta
NewRR-12    9.72kB ± 0%    4.98kB ± 0%  -48.72%  (p=0.000 n=10+10)

* Add a ReadRR benchmark

Unlike NewRR, this will use an io.Reader that does not implement any
methods aside from Read. In particular it does not implement
io.ByteReader.

* Avoid using a bufio.Reader for io.ByteReader readers

At the same time use a smaller buffer size of 1KiB rather than the
bufio.NewReader default of 4KiB.

name       old time/op    new time/op    delta
NewRR-12     11.0µs ± 3%     9.5µs ± 2%  -13.77%  (p=0.000 n=9+10)
ReadRR-12    11.2µs ±16%     9.8µs ± 1%  -13.03%  (p=0.000 n=10+10)

name       old alloc/op   new alloc/op   delta
NewRR-12     4.98kB ± 0%    0.81kB ± 0%  -83.79%  (p=0.000 n=10+10)
ReadRR-12    4.87kB ± 0%    1.82kB ± 0%  -62.73%  (p=0.000 n=10+10)

name       old allocs/op  new allocs/op  delta
NewRR-12       19.0 ± 0%      17.0 ± 0%  -10.53%  (p=0.000 n=10+10)
ReadRR-12      19.0 ± 0%      19.0 ± 0%     ~     (all equal)

ReadRR-12    11.2µs ±16%     9.8µs ± 1%  -13.03%  (p=0.000 n=10+10)

* Surface any remaining comment from zlexer.Next

* Improve comment handling in zlexer.Next

This both fixes a regression where comments could be lost under certain
circumstances and now emits comments that occur within braces.

* Remove outdated comment from zlexer.Next and klexer.Next

* Delay converting LF to space in braced comment

* Fixup TestParseZoneComments

* Remove tokenUpper field from lex

Not computing this for every token, and instead only
when needed is a substantial performance improvement.

name       old time/op    new time/op    delta
NewRR-12     9.56µs ± 0%    6.30µs ± 1%  -34.08%  (p=0.000 n=9+10)
ReadRR-12    9.93µs ± 1%    6.67µs ± 1%  -32.77%  (p=0.000 n=10+10)

name       old alloc/op   new alloc/op   delta
NewRR-12       824B ± 0%      808B ± 0%   -1.94%  (p=0.000 n=10+10)
ReadRR-12    1.83kB ± 0%    1.82kB ± 0%   -0.87%  (p=0.000 n=10+10)

name       old allocs/op  new allocs/op  delta
NewRR-12       17.0 ± 0%      17.0 ± 0%     ~     (all equal)
ReadRR-12      19.0 ± 0%      19.0 ± 0%     ~     (all equal)

* Update ParseZone documentation to match comment changes

The zlexer code was changed to return comments more often, so update the
ParseZone documentation to match.
2018-10-15 17:42:31 +10:30

859 lines
29 KiB
Go
Raw Blame History

package dns
import (
"crypto"
"crypto/ecdsa"
"crypto/rsa"
"reflect"
"strings"
"testing"
"time"
"golang.org/x/crypto/ed25519"
)
func getSoa() *SOA {
soa := new(SOA)
soa.Hdr = RR_Header{"miek.nl.", TypeSOA, ClassINET, 14400, 0}
soa.Ns = "open.nlnetlabs.nl."
soa.Mbox = "miekg.atoom.net."
soa.Serial = 1293945905
soa.Refresh = 14400
soa.Retry = 3600
soa.Expire = 604800
soa.Minttl = 86400
return soa
}
func TestSecure(t *testing.T) {
soa := getSoa()
sig := new(RRSIG)
sig.Hdr = RR_Header{"miek.nl.", TypeRRSIG, ClassINET, 14400, 0}
sig.TypeCovered = TypeSOA
sig.Algorithm = RSASHA256
sig.Labels = 2
sig.Expiration = 1296534305 // date -u '+%s' -d"2011-02-01 04:25:05"
sig.Inception = 1293942305 // date -u '+%s' -d"2011-01-02 04:25:05"
sig.OrigTtl = 14400
sig.KeyTag = 12051
sig.SignerName = "miek.nl."
sig.Signature = "oMCbslaAVIp/8kVtLSms3tDABpcPRUgHLrOR48OOplkYo+8TeEGWwkSwaz/MRo2fB4FxW0qj/hTlIjUGuACSd+b1wKdH5GvzRJc2pFmxtCbm55ygAh4EUL0F6U5cKtGJGSXxxg6UFCQ0doJCmiGFa78LolaUOXImJrk6AFrGa0M="
key := new(DNSKEY)
key.Hdr.Name = "miek.nl."
key.Hdr.Class = ClassINET
key.Hdr.Ttl = 14400
key.Flags = 256
key.Protocol = 3
key.Algorithm = RSASHA256
key.PublicKey = "AwEAAcNEU67LJI5GEgF9QLNqLO1SMq1EdoQ6E9f85ha0k0ewQGCblyW2836GiVsm6k8Kr5ECIoMJ6fZWf3CQSQ9ycWfTyOHfmI3eQ/1Covhb2y4bAmL/07PhrL7ozWBW3wBfM335Ft9xjtXHPy7ztCbV9qZ4TVDTW/Iyg0PiwgoXVesz"
// It should validate. Period is checked separately, so this will keep on working
if sig.Verify(key, []RR{soa}) != nil {
t.Error("failure to validate")
}
}
func TestSignature(t *testing.T) {
sig := new(RRSIG)
sig.Hdr.Name = "miek.nl."
sig.Hdr.Class = ClassINET
sig.Hdr.Ttl = 3600
sig.TypeCovered = TypeDNSKEY
sig.Algorithm = RSASHA1
sig.Labels = 2
sig.OrigTtl = 4000
sig.Expiration = 1000 //Thu Jan 1 02:06:40 CET 1970
sig.Inception = 800 //Thu Jan 1 01:13:20 CET 1970
sig.KeyTag = 34641
sig.SignerName = "miek.nl."
sig.Signature = "AwEAAaHIwpx3w4VHKi6i1LHnTaWeHCL154Jug0Rtc9ji5qwPXpBo6A5sRv7cSsPQKPIwxLpyCrbJ4mr2L0EPOdvP6z6YfljK2ZmTbogU9aSU2fiq/4wjxbdkLyoDVgtO+JsxNN4bjr4WcWhsmk1Hg93FV9ZpkWb0Tbad8DFqNDzr//kZ"
// Should not be valid
if sig.ValidityPeriod(time.Now()) {
t.Error("should not be valid")
}
sig.Inception = 315565800 //Tue Jan 1 10:10:00 CET 1980
sig.Expiration = 4102477800 //Fri Jan 1 10:10:00 CET 2100
if !sig.ValidityPeriod(time.Now()) {
t.Error("should be valid")
}
}
func TestSignVerify(t *testing.T) {
// The record we want to sign
soa := new(SOA)
soa.Hdr = RR_Header{"miek.nl.", TypeSOA, ClassINET, 14400, 0}
soa.Ns = "open.nlnetlabs.nl."
soa.Mbox = "miekg.atoom.net."
soa.Serial = 1293945905
soa.Refresh = 14400
soa.Retry = 3600
soa.Expire = 604800
soa.Minttl = 86400
soa1 := new(SOA)
soa1.Hdr = RR_Header{"*.miek.nl.", TypeSOA, ClassINET, 14400, 0}
soa1.Ns = "open.nlnetlabs.nl."
soa1.Mbox = "miekg.atoom.net."
soa1.Serial = 1293945905
soa1.Refresh = 14400
soa1.Retry = 3600
soa1.Expire = 604800
soa1.Minttl = 86400
srv := new(SRV)
srv.Hdr = RR_Header{"srv.miek.nl.", TypeSRV, ClassINET, 14400, 0}
srv.Port = 1000
srv.Weight = 800
srv.Target = "web1.miek.nl."
hinfo := &HINFO{
Hdr: RR_Header{
Name: "miek.nl.",
Rrtype: TypeHINFO,
Class: ClassINET,
Ttl: 3789,
},
Cpu: "X",
Os: "Y",
}
// With this key
key := new(DNSKEY)
key.Hdr.Rrtype = TypeDNSKEY
key.Hdr.Name = "miek.nl."
key.Hdr.Class = ClassINET
key.Hdr.Ttl = 14400
key.Flags = 256
key.Protocol = 3
key.Algorithm = RSASHA256
privkey, _ := key.Generate(512)
// Fill in the values of the Sig, before signing
sig := new(RRSIG)
sig.Hdr = RR_Header{"miek.nl.", TypeRRSIG, ClassINET, 14400, 0}
sig.TypeCovered = soa.Hdr.Rrtype
sig.Labels = uint8(CountLabel(soa.Hdr.Name)) // works for all 3
sig.OrigTtl = soa.Hdr.Ttl
sig.Expiration = 1296534305 // date -u '+%s' -d"2011-02-01 04:25:05"
sig.Inception = 1293942305 // date -u '+%s' -d"2011-01-02 04:25:05"
sig.KeyTag = key.KeyTag() // Get the keyfrom the Key
sig.SignerName = key.Hdr.Name
sig.Algorithm = RSASHA256
for _, r := range []RR{soa, soa1, srv, hinfo} {
if err := sig.Sign(privkey.(*rsa.PrivateKey), []RR{r}); err != nil {
t.Error("failure to sign the record:", err)
continue
}
if err := sig.Verify(key, []RR{r}); err != nil {
t.Errorf("failure to validate: %s", r.Header().Name)
continue
}
}
}
func Test65534(t *testing.T) {
t6 := new(RFC3597)
t6.Hdr = RR_Header{"miek.nl.", 65534, ClassINET, 14400, 0}
t6.Rdata = "505D870001"
key := new(DNSKEY)
key.Hdr.Name = "miek.nl."
key.Hdr.Rrtype = TypeDNSKEY
key.Hdr.Class = ClassINET
key.Hdr.Ttl = 14400
key.Flags = 256
key.Protocol = 3
key.Algorithm = RSASHA256
privkey, _ := key.Generate(1024)
sig := new(RRSIG)
sig.Hdr = RR_Header{"miek.nl.", TypeRRSIG, ClassINET, 14400, 0}
sig.TypeCovered = t6.Hdr.Rrtype
sig.Labels = uint8(CountLabel(t6.Hdr.Name))
sig.OrigTtl = t6.Hdr.Ttl
sig.Expiration = 1296534305 // date -u '+%s' -d"2011-02-01 04:25:05"
sig.Inception = 1293942305 // date -u '+%s' -d"2011-01-02 04:25:05"
sig.KeyTag = key.KeyTag()
sig.SignerName = key.Hdr.Name
sig.Algorithm = RSASHA256
if err := sig.Sign(privkey.(*rsa.PrivateKey), []RR{t6}); err != nil {
t.Error(err)
t.Error("failure to sign the TYPE65534 record")
}
if err := sig.Verify(key, []RR{t6}); err != nil {
t.Error(err)
t.Errorf("failure to validate %s", t6.Header().Name)
}
}
func TestDnskey(t *testing.T) {
pubkey, err := ReadRR(strings.NewReader(`
miek.nl. IN DNSKEY 256 3 10 AwEAAZuMCu2FdugHkTrXYgl5qixvcDw1aDDlvL46/xJKbHBAHY16fNUb2b65cwko2Js/aJxUYJbZk5dwCDZxYfrfbZVtDPQuc3o8QaChVxC7/JYz2AHc9qHvqQ1j4VrH71RWINlQo6VYjzN/BGpMhOZoZOEwzp1HfsOE3lNYcoWU1smL ;{id = 5240 (zsk), size = 1024b}
`), "Kmiek.nl.+010+05240.key")
if err != nil {
t.Fatal(err)
}
privStr := `Private-key-format: v1.3
Algorithm: 10 (RSASHA512)
Modulus: m4wK7YV26AeROtdiCXmqLG9wPDVoMOW8vjr/EkpscEAdjXp81RvZvrlzCSjYmz9onFRgltmTl3AINnFh+t9tlW0M9C5zejxBoKFXELv8ljPYAdz2oe+pDWPhWsfvVFYg2VCjpViPM38EakyE5mhk4TDOnUd+w4TeU1hyhZTWyYs=
PublicExponent: AQAB
PrivateExponent: UfCoIQ/Z38l8vB6SSqOI/feGjHEl/fxIPX4euKf0D/32k30fHbSaNFrFOuIFmWMB3LimWVEs6u3dpbB9CQeCVg7hwU5puG7OtuiZJgDAhNeOnxvo5btp4XzPZrJSxR4WNQnwIiYWbl0aFlL1VGgHC/3By89ENZyWaZcMLW4KGWE=
Prime1: yxwC6ogAu8aVcDx2wg1V0b5M5P6jP8qkRFVMxWNTw60Vkn+ECvw6YAZZBHZPaMyRYZLzPgUlyYRd0cjupy4+fQ==
Prime2: xA1bF8M0RTIQ6+A11AoVG6GIR/aPGg5sogRkIZ7ID/sF6g9HMVU/CM2TqVEBJLRPp73cv6ZeC3bcqOCqZhz+pw==
Exponent1: xzkblyZ96bGYxTVZm2/vHMOXswod4KWIyMoOepK6B/ZPcZoIT6omLCgtypWtwHLfqyCz3MK51Nc0G2EGzg8rFQ==
Exponent2: Pu5+mCEb7T5F+kFNZhQadHUklt0JUHbi3hsEvVoHpEGSw3BGDQrtIflDde0/rbWHgDPM4WQY+hscd8UuTXrvLw==
Coefficient: UuRoNqe7YHnKmQzE6iDWKTMIWTuoqqrFAmXPmKQnC+Y+BQzOVEHUo9bXdDnoI9hzXP1gf8zENMYwYLeWpuYlFQ==
`
privkey, err := pubkey.(*DNSKEY).ReadPrivateKey(strings.NewReader(privStr),
"Kmiek.nl.+010+05240.private")
if err != nil {
t.Fatal(err)
}
if pubkey.(*DNSKEY).PublicKey != "AwEAAZuMCu2FdugHkTrXYgl5qixvcDw1aDDlvL46/xJKbHBAHY16fNUb2b65cwko2Js/aJxUYJbZk5dwCDZxYfrfbZVtDPQuc3o8QaChVxC7/JYz2AHc9qHvqQ1j4VrH71RWINlQo6VYjzN/BGpMhOZoZOEwzp1HfsOE3lNYcoWU1smL" {
t.Error("pubkey is not what we've read")
}
if pubkey.(*DNSKEY).PrivateKeyString(privkey) != privStr {
t.Error("privkey is not what we've read")
t.Errorf("%v", pubkey.(*DNSKEY).PrivateKeyString(privkey))
}
}
func TestTag(t *testing.T) {
key := new(DNSKEY)
key.Hdr.Name = "miek.nl."
key.Hdr.Rrtype = TypeDNSKEY
key.Hdr.Class = ClassINET
key.Hdr.Ttl = 3600
key.Flags = 256
key.Protocol = 3
key.Algorithm = RSASHA256
key.PublicKey = "AwEAAcNEU67LJI5GEgF9QLNqLO1SMq1EdoQ6E9f85ha0k0ewQGCblyW2836GiVsm6k8Kr5ECIoMJ6fZWf3CQSQ9ycWfTyOHfmI3eQ/1Covhb2y4bAmL/07PhrL7ozWBW3wBfM335Ft9xjtXHPy7ztCbV9qZ4TVDTW/Iyg0PiwgoXVesz"
tag := key.KeyTag()
if tag != 12051 {
t.Errorf("wrong key tag: %d for key %v", tag, key)
}
}
func TestKeyRSA(t *testing.T) {
if testing.Short() {
t.Skip("skipping test in short mode.")
}
key := new(DNSKEY)
key.Hdr.Name = "miek.nl."
key.Hdr.Rrtype = TypeDNSKEY
key.Hdr.Class = ClassINET
key.Hdr.Ttl = 3600
key.Flags = 256
key.Protocol = 3
key.Algorithm = RSASHA256
priv, _ := key.Generate(2048)
soa := new(SOA)
soa.Hdr = RR_Header{"miek.nl.", TypeSOA, ClassINET, 14400, 0}
soa.Ns = "open.nlnetlabs.nl."
soa.Mbox = "miekg.atoom.net."
soa.Serial = 1293945905
soa.Refresh = 14400
soa.Retry = 3600
soa.Expire = 604800
soa.Minttl = 86400
sig := new(RRSIG)
sig.Hdr = RR_Header{"miek.nl.", TypeRRSIG, ClassINET, 14400, 0}
sig.TypeCovered = TypeSOA
sig.Algorithm = RSASHA256
sig.Labels = 2
sig.Expiration = 1296534305 // date -u '+%s' -d"2011-02-01 04:25:05"
sig.Inception = 1293942305 // date -u '+%s' -d"2011-01-02 04:25:05"
sig.OrigTtl = soa.Hdr.Ttl
sig.KeyTag = key.KeyTag()
sig.SignerName = key.Hdr.Name
if err := sig.Sign(priv.(*rsa.PrivateKey), []RR{soa}); err != nil {
t.Error("failed to sign")
return
}
if err := sig.Verify(key, []RR{soa}); err != nil {
t.Error("failed to verify")
}
}
func TestKeyToDS(t *testing.T) {
key := new(DNSKEY)
key.Hdr.Name = "miek.nl."
key.Hdr.Rrtype = TypeDNSKEY
key.Hdr.Class = ClassINET
key.Hdr.Ttl = 3600
key.Flags = 256
key.Protocol = 3
key.Algorithm = RSASHA256
key.PublicKey = "AwEAAcNEU67LJI5GEgF9QLNqLO1SMq1EdoQ6E9f85ha0k0ewQGCblyW2836GiVsm6k8Kr5ECIoMJ6fZWf3CQSQ9ycWfTyOHfmI3eQ/1Covhb2y4bAmL/07PhrL7ozWBW3wBfM335Ft9xjtXHPy7ztCbV9qZ4TVDTW/Iyg0PiwgoXVesz"
ds := key.ToDS(SHA1)
if strings.ToUpper(ds.Digest) != "B5121BDB5B8D86D0CC5FFAFBAAABE26C3E20BAC1" {
t.Errorf("wrong DS digest for SHA1\n%v", ds)
}
}
func TestSignRSA(t *testing.T) {
pub := "miek.nl. IN DNSKEY 256 3 5 AwEAAb+8lGNCxJgLS8rYVer6EnHVuIkQDghdjdtewDzU3G5R7PbMbKVRvH2Ma7pQyYceoaqWZQirSj72euPWfPxQnMy9ucCylA+FuH9cSjIcPf4PqJfdupHk9X6EBYjxrCLY4p1/yBwgyBIRJtZtAqM3ceAH2WovEJD6rTtOuHo5AluJ"
priv := `Private-key-format: v1.3
Algorithm: 5 (RSASHA1)
Modulus: v7yUY0LEmAtLythV6voScdW4iRAOCF2N217APNTcblHs9sxspVG8fYxrulDJhx6hqpZlCKtKPvZ649Z8/FCczL25wLKUD4W4f1xKMhw9/g+ol926keT1foQFiPGsItjinX/IHCDIEhEm1m0Cozdx4AfZai8QkPqtO064ejkCW4k=
PublicExponent: AQAB
PrivateExponent: YPwEmwjk5HuiROKU4xzHQ6l1hG8Iiha4cKRG3P5W2b66/EN/GUh07ZSf0UiYB67o257jUDVEgwCuPJz776zfApcCB4oGV+YDyEu7Hp/rL8KcSN0la0k2r9scKwxTp4BTJT23zyBFXsV/1wRDK1A5NxsHPDMYi2SoK63Enm/1ptk=
Prime1: /wjOG+fD0ybNoSRn7nQ79udGeR1b0YhUA5mNjDx/x2fxtIXzygYk0Rhx9QFfDy6LOBvz92gbNQlzCLz3DJt5hw==
Prime2: wHZsJ8OGhkp5p3mrJFZXMDc2mbYusDVTA+t+iRPdS797Tj0pjvU2HN4vTnTj8KBQp6hmnY7dLp9Y1qserySGbw==
Exponent1: N0A7FsSRIg+IAN8YPQqlawoTtG1t1OkJ+nWrurPootScApX6iMvn8fyvw3p2k51rv84efnzpWAYiC8SUaQDNxQ==
Exponent2: SvuYRaGyvo0zemE3oS+WRm2scxR8eiA8WJGeOc+obwOKCcBgeZblXzfdHGcEC1KaOcetOwNW/vwMA46lpLzJNw==
Coefficient: 8+7ZN/JgByqv0NfULiFKTjtyegUcijRuyij7yNxYbCBneDvZGxJwKNi4YYXWx743pcAj4Oi4Oh86gcmxLs+hGw==
Created: 20110302104537
Publish: 20110302104537
Activate: 20110302104537`
xk := testRR(pub)
k := xk.(*DNSKEY)
p, err := k.NewPrivateKey(priv)
if err != nil {
t.Error(err)
}
switch priv := p.(type) {
case *rsa.PrivateKey:
if 65537 != priv.PublicKey.E {
t.Error("exponenent should be 65537")
}
default:
t.Errorf("we should have read an RSA key: %v", priv)
}
if k.KeyTag() != 37350 {
t.Errorf("keytag should be 37350, got %d %v", k.KeyTag(), k)
}
soa := new(SOA)
soa.Hdr = RR_Header{"miek.nl.", TypeSOA, ClassINET, 14400, 0}
soa.Ns = "open.nlnetlabs.nl."
soa.Mbox = "miekg.atoom.net."
soa.Serial = 1293945905
soa.Refresh = 14400
soa.Retry = 3600
soa.Expire = 604800
soa.Minttl = 86400
sig := new(RRSIG)
sig.Hdr = RR_Header{"miek.nl.", TypeRRSIG, ClassINET, 14400, 0}
sig.Expiration = 1296534305 // date -u '+%s' -d"2011-02-01 04:25:05"
sig.Inception = 1293942305 // date -u '+%s' -d"2011-01-02 04:25:05"
sig.KeyTag = k.KeyTag()
sig.SignerName = k.Hdr.Name
sig.Algorithm = k.Algorithm
sig.Sign(p.(*rsa.PrivateKey), []RR{soa})
if sig.Signature != "D5zsobpQcmMmYsUMLxCVEtgAdCvTu8V/IEeP4EyLBjqPJmjt96bwM9kqihsccofA5LIJ7DN91qkCORjWSTwNhzCv7bMyr2o5vBZElrlpnRzlvsFIoAZCD9xg6ZY7ZyzUJmU6IcTwG4v3xEYajcpbJJiyaw/RqR90MuRdKPiBzSo=" {
t.Errorf("signature is not correct: %v", sig)
}
}
func TestSignVerifyECDSA(t *testing.T) {
pub := `example.net. 3600 IN DNSKEY 257 3 14 (
xKYaNhWdGOfJ+nPrL8/arkwf2EY3MDJ+SErKivBVSum1
w/egsXvSADtNJhyem5RCOpgQ6K8X1DRSEkrbYQ+OB+v8
/uX45NBwY8rp65F6Glur8I/mlVNgF6W/qTI37m40 )`
priv := `Private-key-format: v1.2
Algorithm: 14 (ECDSAP384SHA384)
PrivateKey: WURgWHCcYIYUPWgeLmiPY2DJJk02vgrmTfitxgqcL4vwW7BOrbawVmVe0d9V94SR`
eckey := testRR(pub)
privkey, err := eckey.(*DNSKEY).NewPrivateKey(priv)
if err != nil {
t.Fatal(err)
}
// TODO: Create separate test for this
ds := eckey.(*DNSKEY).ToDS(SHA384)
if ds.KeyTag != 10771 {
t.Fatal("wrong keytag on DS")
}
if ds.Digest != "72d7b62976ce06438e9c0bf319013cf801f09ecc84b8d7e9495f27e305c6a9b0563a9b5f4d288405c3008a946df983d6" {
t.Fatal("wrong DS Digest")
}
a := testRR("www.example.net. 3600 IN A 192.0.2.1")
sig := new(RRSIG)
sig.Hdr = RR_Header{"example.net.", TypeRRSIG, ClassINET, 14400, 0}
sig.Expiration, _ = StringToTime("20100909102025")
sig.Inception, _ = StringToTime("20100812102025")
sig.KeyTag = eckey.(*DNSKEY).KeyTag()
sig.SignerName = eckey.(*DNSKEY).Hdr.Name
sig.Algorithm = eckey.(*DNSKEY).Algorithm
if sig.Sign(privkey.(*ecdsa.PrivateKey), []RR{a}) != nil {
t.Fatal("failure to sign the record")
}
if err := sig.Verify(eckey.(*DNSKEY), []RR{a}); err != nil {
t.Fatalf("failure to validate:\n%s\n%s\n%s\n\n%s\n\n%v",
eckey.(*DNSKEY).String(),
a.String(),
sig.String(),
eckey.(*DNSKEY).PrivateKeyString(privkey),
err,
)
}
}
func TestSignVerifyECDSA2(t *testing.T) {
srv1 := testRR("srv.miek.nl. IN SRV 1000 800 0 web1.miek.nl.")
srv := srv1.(*SRV)
// With this key
key := new(DNSKEY)
key.Hdr.Rrtype = TypeDNSKEY
key.Hdr.Name = "miek.nl."
key.Hdr.Class = ClassINET
key.Hdr.Ttl = 14400
key.Flags = 256
key.Protocol = 3
key.Algorithm = ECDSAP256SHA256
privkey, err := key.Generate(256)
if err != nil {
t.Fatal("failure to generate key")
}
// Fill in the values of the Sig, before signing
sig := new(RRSIG)
sig.Hdr = RR_Header{"miek.nl.", TypeRRSIG, ClassINET, 14400, 0}
sig.TypeCovered = srv.Hdr.Rrtype
sig.Labels = uint8(CountLabel(srv.Hdr.Name)) // works for all 3
sig.OrigTtl = srv.Hdr.Ttl
sig.Expiration = 1296534305 // date -u '+%s' -d"2011-02-01 04:25:05"
sig.Inception = 1293942305 // date -u '+%s' -d"2011-01-02 04:25:05"
sig.KeyTag = key.KeyTag() // Get the keyfrom the Key
sig.SignerName = key.Hdr.Name
sig.Algorithm = ECDSAP256SHA256
if sig.Sign(privkey.(*ecdsa.PrivateKey), []RR{srv}) != nil {
t.Fatal("failure to sign the record")
}
err = sig.Verify(key, []RR{srv})
if err != nil {
t.Errorf("failure to validate:\n%s\n%s\n%s\n\n%s\n\n%v",
key.String(),
srv.String(),
sig.String(),
key.PrivateKeyString(privkey),
err,
)
}
}
func TestSignVerifyEd25519(t *testing.T) {
srv1, err := NewRR("srv.miek.nl. IN SRV 1000 800 0 web1.miek.nl.")
if err != nil {
t.Fatal(err)
}
srv := srv1.(*SRV)
// With this key
key := new(DNSKEY)
key.Hdr.Rrtype = TypeDNSKEY
key.Hdr.Name = "miek.nl."
key.Hdr.Class = ClassINET
key.Hdr.Ttl = 14400
key.Flags = 256
key.Protocol = 3
key.Algorithm = ED25519
privkey, err := key.Generate(256)
if err != nil {
t.Fatal("failure to generate key")
}
// Fill in the values of the Sig, before signing
sig := new(RRSIG)
sig.Hdr = RR_Header{"miek.nl.", TypeRRSIG, ClassINET, 14400, 0}
sig.TypeCovered = srv.Hdr.Rrtype
sig.Labels = uint8(CountLabel(srv.Hdr.Name)) // works for all 3
sig.OrigTtl = srv.Hdr.Ttl
sig.Expiration = 1296534305 // date -u '+%s' -d"2011-02-01 04:25:05"
sig.Inception = 1293942305 // date -u '+%s' -d"2011-01-02 04:25:05"
sig.KeyTag = key.KeyTag() // Get the keyfrom the Key
sig.SignerName = key.Hdr.Name
sig.Algorithm = ED25519
if sig.Sign(privkey.(ed25519.PrivateKey), []RR{srv}) != nil {
t.Fatal("failure to sign the record")
}
err = sig.Verify(key, []RR{srv})
if err != nil {
t.Logf("failure to validate:\n%s\n%s\n%s\n\n%s\n\n%v",
key.String(),
srv.String(),
sig.String(),
key.PrivateKeyString(privkey),
err,
)
}
}
// Here the test vectors from the relevant RFCs are checked.
// rfc6605 6.1
func TestRFC6605P256(t *testing.T) {
exDNSKEY := `example.net. 3600 IN DNSKEY 257 3 13 (
GojIhhXUN/u4v54ZQqGSnyhWJwaubCvTmeexv7bR6edb
krSqQpF64cYbcB7wNcP+e+MAnLr+Wi9xMWyQLc8NAA== )`
exPriv := `Private-key-format: v1.2
Algorithm: 13 (ECDSAP256SHA256)
PrivateKey: GU6SnQ/Ou+xC5RumuIUIuJZteXT2z0O/ok1s38Et6mQ=`
rrDNSKEY := testRR(exDNSKEY)
priv, err := rrDNSKEY.(*DNSKEY).NewPrivateKey(exPriv)
if err != nil {
t.Fatal(err)
}
exDS := `example.net. 3600 IN DS 55648 13 2 (
b4c8c1fe2e7477127b27115656ad6256f424625bf5c1
e2770ce6d6e37df61d17 )`
rrDS := testRR(exDS)
ourDS := rrDNSKEY.(*DNSKEY).ToDS(SHA256)
if !reflect.DeepEqual(ourDS, rrDS.(*DS)) {
t.Errorf("DS record differs:\n%v\n%v", ourDS, rrDS.(*DS))
}
exA := `www.example.net. 3600 IN A 192.0.2.1`
exRRSIG := `www.example.net. 3600 IN RRSIG A 13 3 3600 (
20100909100439 20100812100439 55648 example.net.
qx6wLYqmh+l9oCKTN6qIc+bw6ya+KJ8oMz0YP107epXA
yGmt+3SNruPFKG7tZoLBLlUzGGus7ZwmwWep666VCw== )`
rrA := testRR(exA)
rrRRSIG := testRR(exRRSIG)
if err := rrRRSIG.(*RRSIG).Verify(rrDNSKEY.(*DNSKEY), []RR{rrA}); err != nil {
t.Errorf("failure to validate the spec RRSIG: %v", err)
}
ourRRSIG := &RRSIG{
Hdr: RR_Header{
Ttl: rrA.Header().Ttl,
},
KeyTag: rrDNSKEY.(*DNSKEY).KeyTag(),
SignerName: rrDNSKEY.(*DNSKEY).Hdr.Name,
Algorithm: rrDNSKEY.(*DNSKEY).Algorithm,
}
ourRRSIG.Expiration, _ = StringToTime("20100909100439")
ourRRSIG.Inception, _ = StringToTime("20100812100439")
err = ourRRSIG.Sign(priv.(*ecdsa.PrivateKey), []RR{rrA})
if err != nil {
t.Fatal(err)
}
if err = ourRRSIG.Verify(rrDNSKEY.(*DNSKEY), []RR{rrA}); err != nil {
t.Errorf("failure to validate our RRSIG: %v", err)
}
// Signatures are randomized
rrRRSIG.(*RRSIG).Signature = ""
ourRRSIG.Signature = ""
if !reflect.DeepEqual(ourRRSIG, rrRRSIG.(*RRSIG)) {
t.Fatalf("RRSIG record differs:\n%v\n%v", ourRRSIG, rrRRSIG.(*RRSIG))
}
}
// rfc6605 6.2
func TestRFC6605P384(t *testing.T) {
exDNSKEY := `example.net. 3600 IN DNSKEY 257 3 14 (
xKYaNhWdGOfJ+nPrL8/arkwf2EY3MDJ+SErKivBVSum1
w/egsXvSADtNJhyem5RCOpgQ6K8X1DRSEkrbYQ+OB+v8
/uX45NBwY8rp65F6Glur8I/mlVNgF6W/qTI37m40 )`
exPriv := `Private-key-format: v1.2
Algorithm: 14 (ECDSAP384SHA384)
PrivateKey: WURgWHCcYIYUPWgeLmiPY2DJJk02vgrmTfitxgqcL4vwW7BOrbawVmVe0d9V94SR`
rrDNSKEY := testRR(exDNSKEY)
priv, err := rrDNSKEY.(*DNSKEY).NewPrivateKey(exPriv)
if err != nil {
t.Fatal(err)
}
exDS := `example.net. 3600 IN DS 10771 14 4 (
72d7b62976ce06438e9c0bf319013cf801f09ecc84b8
d7e9495f27e305c6a9b0563a9b5f4d288405c3008a94
6df983d6 )`
rrDS := testRR(exDS)
ourDS := rrDNSKEY.(*DNSKEY).ToDS(SHA384)
if !reflect.DeepEqual(ourDS, rrDS.(*DS)) {
t.Fatalf("DS record differs:\n%v\n%v", ourDS, rrDS.(*DS))
}
exA := `www.example.net. 3600 IN A 192.0.2.1`
exRRSIG := `www.example.net. 3600 IN RRSIG A 14 3 3600 (
20100909102025 20100812102025 10771 example.net.
/L5hDKIvGDyI1fcARX3z65qrmPsVz73QD1Mr5CEqOiLP
95hxQouuroGCeZOvzFaxsT8Glr74hbavRKayJNuydCuz
WTSSPdz7wnqXL5bdcJzusdnI0RSMROxxwGipWcJm )`
rrA := testRR(exA)
rrRRSIG := testRR(exRRSIG)
if err != nil {
t.Fatal(err)
}
if err = rrRRSIG.(*RRSIG).Verify(rrDNSKEY.(*DNSKEY), []RR{rrA}); err != nil {
t.Errorf("failure to validate the spec RRSIG: %v", err)
}
ourRRSIG := &RRSIG{
Hdr: RR_Header{
Ttl: rrA.Header().Ttl,
},
KeyTag: rrDNSKEY.(*DNSKEY).KeyTag(),
SignerName: rrDNSKEY.(*DNSKEY).Hdr.Name,
Algorithm: rrDNSKEY.(*DNSKEY).Algorithm,
}
ourRRSIG.Expiration, _ = StringToTime("20100909102025")
ourRRSIG.Inception, _ = StringToTime("20100812102025")
err = ourRRSIG.Sign(priv.(*ecdsa.PrivateKey), []RR{rrA})
if err != nil {
t.Fatal(err)
}
if err = ourRRSIG.Verify(rrDNSKEY.(*DNSKEY), []RR{rrA}); err != nil {
t.Errorf("failure to validate our RRSIG: %v", err)
}
// Signatures are randomized
rrRRSIG.(*RRSIG).Signature = ""
ourRRSIG.Signature = ""
if !reflect.DeepEqual(ourRRSIG, rrRRSIG.(*RRSIG)) {
t.Fatalf("RRSIG record differs:\n%v\n%v", ourRRSIG, rrRRSIG.(*RRSIG))
}
}
// rfc8080 6.1
func TestRFC8080Ed25519Example1(t *testing.T) {
exDNSKEY := `example.com. 3600 IN DNSKEY 257 3 15 (
l02Woi0iS8Aa25FQkUd9RMzZHJpBoRQwAQEX1SxZJA4= )`
exPriv := `Private-key-format: v1.2
Algorithm: 15 (ED25519)
PrivateKey: ODIyNjAzODQ2MjgwODAxMjI2NDUxOTAyMDQxNDIyNjI=`
rrDNSKEY, err := NewRR(exDNSKEY)
if err != nil {
t.Fatal(err)
}
priv, err := rrDNSKEY.(*DNSKEY).NewPrivateKey(exPriv)
if err != nil {
t.Fatal(err)
}
exDS := `example.com. 3600 IN DS 3613 15 2 (
3aa5ab37efce57f737fc1627013fee07bdf241bd10f3b1964ab55c78e79
a304b )`
rrDS, err := NewRR(exDS)
if err != nil {
t.Fatal(err)
}
ourDS := rrDNSKEY.(*DNSKEY).ToDS(SHA256)
if !reflect.DeepEqual(ourDS, rrDS.(*DS)) {
t.Fatalf("DS record differs:\n%v\n%v", ourDS, rrDS.(*DS))
}
exMX := `example.com. 3600 IN MX 10 mail.example.com.`
exRRSIG := `example.com. 3600 IN RRSIG MX 15 2 3600 (
1440021600 1438207200 3613 example.com. (
oL9krJun7xfBOIWcGHi7mag5/hdZrKWw15jPGrHpjQeRAvTdszaPD+QLs3f
x8A4M3e23mRZ9VrbpMngwcrqNAg== ) )`
rrMX, err := NewRR(exMX)
if err != nil {
t.Fatal(err)
}
rrRRSIG, err := NewRR(exRRSIG)
if err != nil {
t.Fatal(err)
}
if err = rrRRSIG.(*RRSIG).Verify(rrDNSKEY.(*DNSKEY), []RR{rrMX}); err != nil {
t.Errorf("failure to validate the spec RRSIG: %v", err)
}
ourRRSIG := &RRSIG{
Hdr: RR_Header{
Ttl: rrMX.Header().Ttl,
},
KeyTag: rrDNSKEY.(*DNSKEY).KeyTag(),
SignerName: rrDNSKEY.(*DNSKEY).Hdr.Name,
Algorithm: rrDNSKEY.(*DNSKEY).Algorithm,
}
ourRRSIG.Expiration, _ = StringToTime("20150819220000")
ourRRSIG.Inception, _ = StringToTime("20150729220000")
err = ourRRSIG.Sign(priv.(ed25519.PrivateKey), []RR{rrMX})
if err != nil {
t.Fatal(err)
}
if err = ourRRSIG.Verify(rrDNSKEY.(*DNSKEY), []RR{rrMX}); err != nil {
t.Errorf("failure to validate our RRSIG: %v", err)
}
if !reflect.DeepEqual(ourRRSIG, rrRRSIG.(*RRSIG)) {
t.Fatalf("RRSIG record differs:\n%v\n%v", ourRRSIG, rrRRSIG.(*RRSIG))
}
}
// rfc8080 6.1
func TestRFC8080Ed25519Example2(t *testing.T) {
exDNSKEY := `example.com. 3600 IN DNSKEY 257 3 15 (
zPnZ/QwEe7S8C5SPz2OfS5RR40ATk2/rYnE9xHIEijs= )`
exPriv := `Private-key-format: v1.2
Algorithm: 15 (ED25519)
PrivateKey: DSSF3o0s0f+ElWzj9E/Osxw8hLpk55chkmx0LYN5WiY=`
rrDNSKEY, err := NewRR(exDNSKEY)
if err != nil {
t.Fatal(err)
}
priv, err := rrDNSKEY.(*DNSKEY).NewPrivateKey(exPriv)
if err != nil {
t.Fatal(err)
}
exDS := `example.com. 3600 IN DS 35217 15 2 (
401781b934e392de492ec77ae2e15d70f6575a1c0bc59c5275c04ebe80c
6614c )`
rrDS, err := NewRR(exDS)
if err != nil {
t.Fatal(err)
}
ourDS := rrDNSKEY.(*DNSKEY).ToDS(SHA256)
if !reflect.DeepEqual(ourDS, rrDS.(*DS)) {
t.Fatalf("DS record differs:\n%v\n%v", ourDS, rrDS.(*DS))
}
exMX := `example.com. 3600 IN MX 10 mail.example.com.`
exRRSIG := `example.com. 3600 IN RRSIG MX 15 2 3600 (
1440021600 1438207200 35217 example.com. (
zXQ0bkYgQTEFyfLyi9QoiY6D8ZdYo4wyUhVioYZXFdT410QPRITQSqJSnzQ
oSm5poJ7gD7AQR0O7KuI5k2pcBg== ) )`
rrMX, err := NewRR(exMX)
if err != nil {
t.Fatal(err)
}
rrRRSIG, err := NewRR(exRRSIG)
if err != nil {
t.Fatal(err)
}
if err = rrRRSIG.(*RRSIG).Verify(rrDNSKEY.(*DNSKEY), []RR{rrMX}); err != nil {
t.Errorf("failure to validate the spec RRSIG: %v", err)
}
ourRRSIG := &RRSIG{
Hdr: RR_Header{
Ttl: rrMX.Header().Ttl,
},
KeyTag: rrDNSKEY.(*DNSKEY).KeyTag(),
SignerName: rrDNSKEY.(*DNSKEY).Hdr.Name,
Algorithm: rrDNSKEY.(*DNSKEY).Algorithm,
}
ourRRSIG.Expiration, _ = StringToTime("20150819220000")
ourRRSIG.Inception, _ = StringToTime("20150729220000")
err = ourRRSIG.Sign(priv.(ed25519.PrivateKey), []RR{rrMX})
if err != nil {
t.Fatal(err)
}
if err = ourRRSIG.Verify(rrDNSKEY.(*DNSKEY), []RR{rrMX}); err != nil {
t.Errorf("failure to validate our RRSIG: %v", err)
}
if !reflect.DeepEqual(ourRRSIG, rrRRSIG.(*RRSIG)) {
t.Fatalf("RRSIG record differs:\n%v\n%v", ourRRSIG, rrRRSIG.(*RRSIG))
}
}
func TestInvalidRRSet(t *testing.T) {
goodRecords := make([]RR, 2)
goodRecords[0] = &TXT{Hdr: RR_Header{Name: "name.cloudflare.com.", Rrtype: TypeTXT, Class: ClassINET, Ttl: 0}, Txt: []string{"Hello world"}}
goodRecords[1] = &TXT{Hdr: RR_Header{Name: "name.cloudflare.com.", Rrtype: TypeTXT, Class: ClassINET, Ttl: 0}, Txt: []string{"_o/"}}
// Generate key
keyname := "cloudflare.com."
key := &DNSKEY{
Hdr: RR_Header{Name: keyname, Rrtype: TypeDNSKEY, Class: ClassINET, Ttl: 0},
Algorithm: ECDSAP256SHA256,
Flags: ZONE,
Protocol: 3,
}
privatekey, err := key.Generate(256)
if err != nil {
t.Fatal(err.Error())
}
// Need to fill in: Inception, Expiration, KeyTag, SignerName and Algorithm
curTime := time.Now()
signature := &RRSIG{
Inception: uint32(curTime.Unix()),
Expiration: uint32(curTime.Add(time.Hour).Unix()),
KeyTag: key.KeyTag(),
SignerName: keyname,
Algorithm: ECDSAP256SHA256,
}
// Inconsistent name between records
badRecords := make([]RR, 2)
badRecords[0] = &TXT{Hdr: RR_Header{Name: "name.cloudflare.com.", Rrtype: TypeTXT, Class: ClassINET, Ttl: 0}, Txt: []string{"Hello world"}}
badRecords[1] = &TXT{Hdr: RR_Header{Name: "nama.cloudflare.com.", Rrtype: TypeTXT, Class: ClassINET, Ttl: 0}, Txt: []string{"_o/"}}
if IsRRset(badRecords) {
t.Fatal("Record set with inconsistent names considered valid")
}
badRecords[0] = &TXT{Hdr: RR_Header{Name: "name.cloudflare.com.", Rrtype: TypeTXT, Class: ClassINET, Ttl: 0}, Txt: []string{"Hello world"}}
badRecords[1] = &A{Hdr: RR_Header{Name: "name.cloudflare.com.", Rrtype: TypeA, Class: ClassINET, Ttl: 0}}
if IsRRset(badRecords) {
t.Fatal("Record set with inconsistent record types considered valid")
}
badRecords[0] = &TXT{Hdr: RR_Header{Name: "name.cloudflare.com.", Rrtype: TypeTXT, Class: ClassINET, Ttl: 0}, Txt: []string{"Hello world"}}
badRecords[1] = &TXT{Hdr: RR_Header{Name: "name.cloudflare.com.", Rrtype: TypeTXT, Class: ClassCHAOS, Ttl: 0}, Txt: []string{"_o/"}}
if IsRRset(badRecords) {
t.Fatal("Record set with inconsistent record class considered valid")
}
// Sign the good record set and then make sure verification fails on the bad record set
if err := signature.Sign(privatekey.(crypto.Signer), goodRecords); err != nil {
t.Fatal("Signing good records failed")
}
if err := signature.Verify(key, badRecords); err != ErrRRset {
t.Fatal("Verification did not return ErrRRset with inconsistent records")
}
}
// Issue #688 - RSA exponent unpacked in reverse
func TestRsaExponentUnpack(t *testing.T) {
zskRrDnskey, _ := NewRR("isc.org. 7200 IN DNSKEY 256 3 5 AwEAAcdkaRUlsRD4gcF63PpPJJ1E6kOIb3yn/UHptVsPEQtEbgJ2y20O eix4unpwoQkz+bIAd2rrOU/95wgV530x0/qqKwBLWoGkxdcnNcvVT4hl 3SOTZy1VjwkAfyayHPU8VisXqJGbB3KWevBZlb6AtrXzFu8AHuBeeAAe /fOgreCh")
kskRrDnskey, _ := NewRR("isc.org. 7200 IN DNSKEY 257 3 5 BEAAAAOhHQDBrhQbtphgq2wQUpEQ5t4DtUHxoMVFu2hWLDMvoOMRXjGr hhCeFvAZih7yJHf8ZGfW6hd38hXG/xylYCO6Krpbdojwx8YMXLA5/kA+ u50WIL8ZR1R6KTbsYVMf/Qx5RiNbPClw+vT+U8eXEJmO20jIS1ULgqy3 47cBB1zMnnz/4LJpA0da9CbKj3A254T515sNIMcwsB8/2+2E63/zZrQz Bkj0BrN/9Bexjpiks3jRhZatEsXn3dTy47R09Uix5WcJt+xzqZ7+ysyL KOOedS39Z7SDmsn2eA0FKtQpwA6LXeG2w+jxmw3oA8lVUgEf/rzeC/bB yBNsO70aEFTd")
kskRrRrsig, _ := NewRR("isc.org. 7200 IN RRSIG DNSKEY 5 2 7200 20180627230244 20180528230244 12892 isc.org. ebKBlhYi1hPGTdPg6zSwvprOIkoFMs+WIhMSjoYW6/K5CS9lDDFdK4cu TgXJRT3etrltTuJiFe2HRpp+7t5cKLy+CeJZVzqrCz200MoHiFuLI9yI DJQGaS5YYCiFbw5+jUGU6aUhZ7Y5/YufeqATkRZzdrKwgK+zri8LPw9T WLoVJPAOW7GR0dgxl9WKmO7Fzi9P8BZR3NuwLV7329X94j+4zyswaw7q e5vif0ybzFveODLsEi/E0a2rTXc4QzzyM0fSVxRkVQyQ7ifIPP4ohnnT d5qpPUbE8xxBzTdWR/TaKADC5aCFkppG9lVAq5CPfClii2949X5RYzy1 rxhuSA==")
zskRrRrsig, _ := NewRR("isc.org. 7200 IN RRSIG DNSKEY 5 2 7200 20180627230244 20180528230244 19923 isc.org. RgCfzUeq4RJPGoe9RRB6cWf6d/Du+tHK5SxI5QL1waA3O5qVtQKFkY1C dq/yyVjwzfjD9F62TObujOaktv8X80ZMcNPmgHbvK1xOqelMBWv5hxj3 xRe+QQObLZ5NPfHFsphQKXvwgO5Sjk8py2B2iCr3BHCZ8S38oIfuSrQx sn8=")
zsk, ksk := zskRrDnskey.(*DNSKEY), kskRrDnskey.(*DNSKEY)
zskSig, kskSig := zskRrRrsig.(*RRSIG), kskRrRrsig.(*RRSIG)
if e := zskSig.Verify(zsk, []RR{zsk, ksk}); e != nil {
t.Fatalf("cannot verify RRSIG with keytag [%d]. Cause [%s]", zsk.KeyTag(), e.Error())
}
if e := kskSig.Verify(ksk, []RR{zsk, ksk}); e != nil {
t.Fatalf("cannot verify RRSIG with keytag [%d]. Cause [%s]", ksk.KeyTag(), e.Error())
}
}
func TestParseKeyReadError(t *testing.T) {
m, err := parseKey(errReader{}, "")
if err == nil || !strings.Contains(err.Error(), errTestReadError.Error()) {
t.Errorf("expected error to contain %q, but got %v", errTestReadError, err)
}
if m != nil {
t.Errorf("expected a nil map, but got %v", m)
}
}
Reference in New Issue View Git Blame Copy Permalink