blob: 6aafbeb91c661fa5bd2023fc4693ee3006280e8f (
plain)
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
|
source common.sh
clearStore
clearCache
nix-store --generate-binary-cache-key cache1.example.org $TEST_ROOT/sk1 $TEST_ROOT/pk1
pk1=$(cat $TEST_ROOT/pk1)
nix-store --generate-binary-cache-key cache2.example.org $TEST_ROOT/sk2 $TEST_ROOT/pk2
pk2=$(cat $TEST_ROOT/pk2)
# Build a path.
outPath=$(nix-build dependencies.nix --no-out-link --secret-key-files "$TEST_ROOT/sk1 $TEST_ROOT/sk2")
# Verify that the path got signed.
info=$(nix path-info --json $outPath)
[[ $info =~ '"ultimate":true' ]]
[[ $info =~ 'cache1.example.org' ]]
[[ $info =~ 'cache2.example.org' ]]
# Test "nix store verify".
nix store verify -r $outPath
expect 2 nix store verify -r $outPath --sigs-needed 1
nix store verify -r $outPath --sigs-needed 1 --trusted-public-keys $pk1
expect 2 nix store verify -r $outPath --sigs-needed 2 --trusted-public-keys $pk1
nix store verify -r $outPath --sigs-needed 2 --trusted-public-keys "$pk1 $pk2"
nix store verify --all --sigs-needed 2 --trusted-public-keys "$pk1 $pk2"
# Build something unsigned.
outPath2=$(nix-build simple.nix --no-out-link)
nix store verify -r $outPath
# Verify that the path did not get signed but does have the ultimate bit.
info=$(nix path-info --json $outPath2)
[[ $info =~ '"ultimate":true' ]]
(! [[ $info =~ 'signatures' ]])
# Test "nix store verify".
nix store verify -r $outPath2
expect 2 nix store verify -r $outPath2 --sigs-needed 1
expect 2 nix store verify -r $outPath2 --sigs-needed 1 --trusted-public-keys $pk1
# Test "nix store sign".
nix store sign --key-file $TEST_ROOT/sk1 $outPath2
nix store verify -r $outPath2 --sigs-needed 1 --trusted-public-keys $pk1
# Build something content-addressed.
outPathCA=$(IMPURE_VAR1=foo IMPURE_VAR2=bar nix-build ./fixed.nix -A good.0 --no-out-link)
[[ $(nix path-info --json $outPathCA) =~ '"ca":"fixed:md5:' ]]
# Content-addressed paths don't need signatures, so they verify
# regardless of --sigs-needed.
nix store verify $outPathCA
nix store verify $outPathCA --sigs-needed 1000
# Check that signing a content-addressed path doesn't overflow validSigs
nix store sign --key-file $TEST_ROOT/sk1 $outPathCA
nix store verify -r $outPathCA --sigs-needed 1000 --trusted-public-keys $pk1
# Copy to a binary cache.
nix copy --to file://$cacheDir $outPath2
# Verify that signatures got copied.
info=$(nix path-info --store file://$cacheDir --json $outPath2)
(! [[ $info =~ '"ultimate":true' ]])
[[ $info =~ 'cache1.example.org' ]]
(! [[ $info =~ 'cache2.example.org' ]])
# Verify that adding a signature to a path in a binary cache works.
nix store sign --store file://$cacheDir --key-file $TEST_ROOT/sk2 $outPath2
info=$(nix path-info --store file://$cacheDir --json $outPath2)
[[ $info =~ 'cache1.example.org' ]]
[[ $info =~ 'cache2.example.org' ]]
# Copying to a diverted store should fail due to a lack of valid signatures.
chmod -R u+w $TEST_ROOT/store0 || true
rm -rf $TEST_ROOT/store0
(! nix copy --to $TEST_ROOT/store0 $outPath)
# But succeed if we supply the public keys.
nix copy --to $TEST_ROOT/store0 $outPath --trusted-public-keys $pk1
expect 2 nix store verify --store $TEST_ROOT/store0 -r $outPath
nix store verify --store $TEST_ROOT/store0 -r $outPath --trusted-public-keys $pk1
nix store verify --store $TEST_ROOT/store0 -r $outPath --sigs-needed 2 --trusted-public-keys "$pk1 $pk2"
# It should also succeed if we disable signature checking.
(! nix copy --to $TEST_ROOT/store0 $outPath2)
nix copy --to $TEST_ROOT/store0?require-sigs=false $outPath2
# But signatures should still get copied.
nix store verify --store $TEST_ROOT/store0 -r $outPath2 --trusted-public-keys $pk1
# Content-addressed stuff can be copied without signatures.
nix copy --to $TEST_ROOT/store0 $outPathCA
|
