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binary-cache-public-keys -> trusted-public-keys

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The name had become a misnomer since it's not only for substitution
from binary caches, but when adding/copying any
(non-content-addressed) path to a store.
This commit is contained in:
Eelco Dolstra 2017-11-20 17:29:54 +01:00
parent ea94a87493
commit 7a2b64e55c
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GPG key ID: 8170B4726D7198DE
5 changed files with 20 additions and 19 deletions
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10
doc/manual/command-ref/conf-file.xml
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@ -406,17 +406,17 @@ false</literal>.</para>
<listitem><para>If set to <literal>*</literal> (the default), Nix
will only download binaries if they are signed using one of the
keys listed in <option>binary-cache-public-keys</option>. Set to
keys listed in <option>trusted-public-keys</option>. Set to
the empty string to disable signature checking.</para></listitem>
</varlistentry>
<varlistentry><term><literal>binary-cache-public-keys</literal></term>
<varlistentry><term><literal>trusted-public-keys</literal></term>
<listitem><para>A whitespace-separated list of public keys
corresponding to the secret keys trusted to sign binary
caches. For example:
<listitem><para>A whitespace-separated list of public keys. When
paths are copied from another Nix store (such as a binary cache),
they must be signed with one of these keys. For example:
<literal>cache.nixos.org-1:6NCHdD59X431o0gWypbMrAURkbJ16ZPMQFGspcDShjY=
hydra.nixos.org-1:CNHJZBh9K4tP3EKF6FkkgeVYsS3ohTl+oS0Qa8bezVs=</literal>.</para></listitem>

2
src/libstore/crypto.cc
View file

@ -105,7 +105,7 @@ PublicKeys getDefaultPublicKeys()
// FIXME: filter duplicates
for (auto s : settings.binaryCachePublicKeys.get()) {
for (auto s : settings.trustedPublicKeys.get()) {
PublicKey key(s);
publicKeys.emplace(key.name, key);
}

7
src/libstore/globals.hh
View file

@ -259,10 +259,11 @@ public:
Setting<bool> enforceDeterminism{this, true, "enforce-determinism",
"Whether to fail if repeated builds produce different output."};
Setting<Strings> binaryCachePublicKeys{this,
Setting<Strings> trustedPublicKeys{this,
{"cache.nixos.org-1:6NCHdD59X431o0gWypbMrAURkbJ16ZPMQFGspcDShjY="},
"binary-cache-public-keys",
"Trusted public keys for secure substitution."};
"trusted-public-keys",
"Trusted public keys for secure substitution.",
{"binary-cache-public-keys"}};
Setting<Strings> secretKeyFiles{this, {}, "secret-key-files",
"Secret keys with which to sign local builds."};

8
tests/binary-cache.sh
View file

@ -131,11 +131,11 @@ clearCacheCache
clearStore
clearCacheCache
(! nix-store -r $outPath --option binary-caches "file://$cacheDir" --option signed-binary-caches '*' --option binary-cache-public-keys "$badKey")
(! nix-store -r $outPath --option binary-caches "file://$cacheDir" --option signed-binary-caches '*' --option trusted-public-keys "$badKey")
# It should succeed if we provide the correct key.
nix-store -r $outPath --option binary-caches "file://$cacheDir" --option signed-binary-caches '*' --option binary-cache-public-keys "$otherKey $publicKey"
nix-store -r $outPath --option binary-caches "file://$cacheDir" --option signed-binary-caches '*' --option trusted-public-keys "$otherKey $publicKey"
# It should fail if we corrupt the .narinfo.
@ -152,10 +152,10 @@ done
clearCacheCache
(! nix-store -r $outPath --option binary-caches "file://$cacheDir2" --option signed-binary-caches '*' --option binary-cache-public-keys "$publicKey")
(! nix-store -r $outPath --option binary-caches "file://$cacheDir2" --option signed-binary-caches '*' --option trusted-public-keys "$publicKey")
# If we provide a bad and a good binary cache, it should succeed.
nix-store -r $outPath --option binary-caches "file://$cacheDir2 file://$cacheDir" --option signed-binary-caches '*' --option binary-cache-public-keys "$publicKey"
nix-store -r $outPath --option binary-caches "file://$cacheDir2 file://$cacheDir" --option signed-binary-caches '*' --option trusted-public-keys "$publicKey"
fi # HAVE_LIBSODIUM

12
tests/signing.sh
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@ -22,13 +22,13 @@ nix verify -r $outPath
expect 2 nix verify -r $outPath --sigs-needed 1
nix verify -r $outPath --sigs-needed 1 --binary-cache-public-keys $pk1
nix verify -r $outPath --sigs-needed 1 --trusted-public-keys $pk1
expect 2 nix verify -r $outPath --sigs-needed 2 --binary-cache-public-keys $pk1
expect 2 nix verify -r $outPath --sigs-needed 2 --trusted-public-keys $pk1
nix verify -r $outPath --sigs-needed 2 --binary-cache-public-keys "$pk1 $pk2"
nix verify -r $outPath --sigs-needed 2 --trusted-public-keys "$pk1 $pk2"
nix verify --all --sigs-needed 2 --binary-cache-public-keys "$pk1 $pk2"
nix verify --all --sigs-needed 2 --trusted-public-keys "$pk1 $pk2"
# Build something unsigned.
outPath2=$(nix-build simple.nix --no-out-link)
@ -45,12 +45,12 @@ nix verify -r $outPath2
expect 2 nix verify -r $outPath2 --sigs-needed 1
expect 2 nix verify -r $outPath2 --sigs-needed 1 --binary-cache-public-keys $pk1
expect 2 nix verify -r $outPath2 --sigs-needed 1 --trusted-public-keys $pk1
# Test "nix sign-paths".
nix sign-paths --key-file $TEST_ROOT/sk1 $outPath2
nix verify -r $outPath2 --sigs-needed 1 --binary-cache-public-keys $pk1
nix verify -r $outPath2 --sigs-needed 1 --trusted-public-keys $pk1
# Copy to a binary cache.
nix copy --to file://$cacheDir $outPath2