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Bug 1397992 - Refactor pk11 signing test cases, r=ttaubert
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--HG--
extra : amend_source : b87e69cc12872df3aee9e2f126b8bfac3db5e6ca
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@martinthomson
martinthomson committed Oct 9, 2017
1 parent 5e8ecb1 commit b90842e
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126 changes: 70 additions & 56 deletions gtests/pk11_gtest/pk11_ecdsa_unittest.cc
View file
Expand Up @@ -15,103 +15,117 @@

namespace nss_test {

class Pkcs11EcdsaTest : public Pk11SignatureTest {
class Pkcs11EcdsaTestBase : public Pk11SignatureTest {
protected:
CK_MECHANISM_TYPE mechanism() { return CKM_ECDSA; }
SECItem* parameters() { return nullptr; }
Pkcs11EcdsaTestBase(SECOidTag hash_oid)
: Pk11SignatureTest(CKM_ECDSA, hash_oid) {}
};

class Pkcs11EcdsaSha256Test : public Pkcs11EcdsaTest {
protected:
SECOidTag hashOID() { return SEC_OID_SHA256; }
struct Pkcs11EcdsaTestParams {
SECOidTag hash_oid_;
Pkcs11SignatureTestParams sig_params_;
};

class Pkcs11EcdsaSha384Test : public Pkcs11EcdsaTest {
protected:
SECOidTag hashOID() { return SEC_OID_SHA384; }
class Pkcs11EcdsaTest
: public Pkcs11EcdsaTestBase,
public ::testing::WithParamInterface<Pkcs11EcdsaTestParams> {
public:
Pkcs11EcdsaTest() : Pkcs11EcdsaTestBase(GetParam().hash_oid_) {}
};

class Pkcs11EcdsaSha512Test : public Pkcs11EcdsaTest {
protected:
SECOidTag hashOID() { return SEC_OID_SHA512; }
};
TEST_P(Pkcs11EcdsaTest, Verify) { Verify(GetParam().sig_params_); }

TEST_F(Pkcs11EcdsaSha256Test, VerifyP256) {
SIG_TEST_VECTOR_VERIFY(kP256Spki, kP256Data, kP256Signature)
}
TEST_F(Pkcs11EcdsaSha256Test, SignAndVerifyP256) {
SIG_TEST_VECTOR_SIGN_VERIFY(kP256Pkcs8, kP256Spki, kP256Data)
TEST_P(Pkcs11EcdsaTest, SignAndVerify) {
SignAndVerify(GetParam().sig_params_);
}

TEST_F(Pkcs11EcdsaSha384Test, VerifyP384) {
SIG_TEST_VECTOR_VERIFY(kP384Spki, kP384Data, kP384Signature)
}
TEST_F(Pkcs11EcdsaSha384Test, SignAndVerifyP384) {
SIG_TEST_VECTOR_SIGN_VERIFY(kP384Pkcs8, kP384Spki, kP384Data)
}

TEST_F(Pkcs11EcdsaSha512Test, VerifyP521) {
SIG_TEST_VECTOR_VERIFY(kP521Spki, kP521Data, kP521Signature)
}
TEST_F(Pkcs11EcdsaSha512Test, SignAndVerifyP521) {
SIG_TEST_VECTOR_SIGN_VERIFY(kP521Pkcs8, kP521Spki, kP521Data)
}
static const Pkcs11EcdsaTestParams kEcdsaVectors[] = {
{SEC_OID_SHA256,
{DataBuffer(kP256Pkcs8, sizeof(kP256Pkcs8)),
DataBuffer(kP256Spki, sizeof(kP256Spki)),
DataBuffer(kP256Data, sizeof(kP256Data)),
DataBuffer(kP256Signature, sizeof(kP256Signature))}},
{SEC_OID_SHA384,
{DataBuffer(kP384Pkcs8, sizeof(kP384Pkcs8)),
DataBuffer(kP384Spki, sizeof(kP384Spki)),
DataBuffer(kP384Data, sizeof(kP384Data)),
DataBuffer(kP384Signature, sizeof(kP384Signature))}},
{SEC_OID_SHA512,
{DataBuffer(kP521Pkcs8, sizeof(kP521Pkcs8)),
DataBuffer(kP521Spki, sizeof(kP521Spki)),
DataBuffer(kP521Data, sizeof(kP521Data)),
DataBuffer(kP521Signature, sizeof(kP521Signature))}}};

INSTANTIATE_TEST_CASE_P(EcdsaSignVerify, Pkcs11EcdsaTest,
::testing::ValuesIn(kEcdsaVectors));

class Pkcs11EcdsaSha256Test : public Pkcs11EcdsaTestBase {
public:
Pkcs11EcdsaSha256Test() : Pkcs11EcdsaTestBase(SEC_OID_SHA256) {}
};

// Importing a private key in PKCS#8 format must fail when the outer AlgID
// struct contains neither id-ecPublicKey nor a namedCurve parameter.
TEST_F(Pkcs11EcdsaSha256Test, ImportNoCurveOIDOrAlgorithmParams) {
EXPECT_FALSE(ImportPrivateKey(kP256Pkcs8NoCurveOIDOrAlgorithmParams,
sizeof(kP256Pkcs8NoCurveOIDOrAlgorithmParams)));
DataBuffer k(kP256Pkcs8NoCurveOIDOrAlgorithmParams,
sizeof(kP256Pkcs8NoCurveOIDOrAlgorithmParams));
EXPECT_FALSE(ImportPrivateKey(k));
};

// Importing a private key in PKCS#8 format must succeed when only the outer
// AlgID struct contains the namedCurve parameters.
TEST_F(Pkcs11EcdsaSha256Test, ImportOnlyAlgorithmParams) {
EXPECT_TRUE(ImportPrivateKeyAndSignHashedData(
kP256Pkcs8OnlyAlgorithmParams, sizeof(kP256Pkcs8OnlyAlgorithmParams),
kP256Data, sizeof(kP256Data)));
DataBuffer k(kP256Pkcs8OnlyAlgorithmParams,
sizeof(kP256Pkcs8OnlyAlgorithmParams));
DataBuffer data(kP256Data, sizeof(kP256Data));
DataBuffer sig;
EXPECT_TRUE(ImportPrivateKeyAndSignHashedData(k, data, &sig));
};

// Importing a private key in PKCS#8 format must succeed when the outer AlgID
// struct and the inner ECPrivateKey contain the same namedCurve parameters.
// The inner curveOID is always ignored, so only the outer one will be used.
TEST_F(Pkcs11EcdsaSha256Test, ImportMatchingCurveOIDAndAlgorithmParams) {
EXPECT_TRUE(ImportPrivateKeyAndSignHashedData(
kP256Pkcs8MatchingCurveOIDAndAlgorithmParams,
sizeof(kP256Pkcs8MatchingCurveOIDAndAlgorithmParams), kP256Data,
sizeof(kP256Data)));
DataBuffer k(kP256Pkcs8MatchingCurveOIDAndAlgorithmParams,
sizeof(kP256Pkcs8MatchingCurveOIDAndAlgorithmParams));
DataBuffer data(kP256Data, sizeof(kP256Data));
DataBuffer sig;
EXPECT_TRUE(ImportPrivateKeyAndSignHashedData(k, data, &sig));
};

// Importing a private key in PKCS#8 format must succeed when the outer AlgID
// struct and the inner ECPrivateKey contain dissimilar namedCurve parameters.
// The inner curveOID is always ignored, so only the outer one will be used.
TEST_F(Pkcs11EcdsaSha256Test, ImportDissimilarCurveOIDAndAlgorithmParams) {
EXPECT_TRUE(ImportPrivateKeyAndSignHashedData(
kP256Pkcs8DissimilarCurveOIDAndAlgorithmParams,
sizeof(kP256Pkcs8DissimilarCurveOIDAndAlgorithmParams), kP256Data,
sizeof(kP256Data)));
DataBuffer k(kP256Pkcs8DissimilarCurveOIDAndAlgorithmParams,
sizeof(kP256Pkcs8DissimilarCurveOIDAndAlgorithmParams));
DataBuffer data(kP256Data, sizeof(kP256Data));
DataBuffer sig;
EXPECT_TRUE(ImportPrivateKeyAndSignHashedData(k, data, &sig));
};

// Importing a private key in PKCS#8 format must fail when the outer ASN.1
// AlgorithmID struct contains only id-ecPublicKey but no namedCurve parameter.
TEST_F(Pkcs11EcdsaSha256Test, ImportNoAlgorithmParams) {
EXPECT_FALSE(ImportPrivateKey(kP256Pkcs8NoAlgorithmParams,
sizeof(kP256Pkcs8NoAlgorithmParams)));
DataBuffer k(kP256Pkcs8NoAlgorithmParams,
sizeof(kP256Pkcs8NoAlgorithmParams));
EXPECT_FALSE(ImportPrivateKey(k));
};

// Importing a private key in PKCS#8 format must fail when id-ecPublicKey is
// given (so we know it's an EC key) but the namedCurve parameter is unknown.
TEST_F(Pkcs11EcdsaSha256Test, ImportInvalidAlgorithmParams) {
EXPECT_FALSE(ImportPrivateKey(kP256Pkcs8InvalidAlgorithmParams,
sizeof(kP256Pkcs8InvalidAlgorithmParams)));
DataBuffer k(kP256Pkcs8InvalidAlgorithmParams,
sizeof(kP256Pkcs8InvalidAlgorithmParams));
EXPECT_FALSE(ImportPrivateKey(k));
};

// Importing a private key in PKCS#8 format with a point not on the curve will
// succeed. Using the contained public key however will fail when trying to
// import it before using it for any operation.
TEST_F(Pkcs11EcdsaSha256Test, ImportPointNotOnCurve) {
ScopedSECKEYPrivateKey privKey(ImportPrivateKey(
kP256Pkcs8PointNotOnCurve, sizeof(kP256Pkcs8PointNotOnCurve)));
DataBuffer k(kP256Pkcs8PointNotOnCurve, sizeof(kP256Pkcs8PointNotOnCurve));
ScopedSECKEYPrivateKey privKey(ImportPrivateKey(k));
ASSERT_TRUE(privKey);

ScopedSECKEYPublicKey pubKey(SECKEY_ConvertToPublicKey(privKey.get()));
Expand All @@ -127,23 +141,23 @@ TEST_F(Pkcs11EcdsaSha256Test, ImportPointNotOnCurve) {
// Importing a private key in PKCS#8 format must fail when no point is given.
// PK11 currently offers no APIs to derive raw public keys from private values.
TEST_F(Pkcs11EcdsaSha256Test, ImportNoPublicKey) {
EXPECT_FALSE(
ImportPrivateKey(kP256Pkcs8NoPublicKey, sizeof(kP256Pkcs8NoPublicKey)));
DataBuffer k(kP256Pkcs8NoPublicKey, sizeof(kP256Pkcs8NoPublicKey));
EXPECT_FALSE(ImportPrivateKey(k));
};

// Importing a public key in SPKI format must fail when id-ecPublicKey is
// given (so we know it's an EC key) but the namedCurve parameter is missing.
TEST_F(Pkcs11EcdsaSha256Test, ImportSpkiNoAlgorithmParams) {
EXPECT_FALSE(ImportPublicKey(kP256SpkiNoAlgorithmParams,
sizeof(kP256SpkiNoAlgorithmParams)));
DataBuffer k(kP256SpkiNoAlgorithmParams, sizeof(kP256SpkiNoAlgorithmParams));
EXPECT_FALSE(ImportPublicKey(k));
}

// Importing a public key in SPKI format with a point not on the curve will
// succeed. Using the public key however will fail when trying to import
// it before using it for any operation.
TEST_F(Pkcs11EcdsaSha256Test, ImportSpkiPointNotOnCurve) {
ScopedSECKEYPublicKey pubKey(ImportPublicKey(
kP256SpkiPointNotOnCurve, sizeof(kP256SpkiPointNotOnCurve)));
DataBuffer k(kP256SpkiPointNotOnCurve, sizeof(kP256SpkiPointNotOnCurve));
ScopedSECKEYPublicKey pubKey(ImportPublicKey(k));
ASSERT_TRUE(pubKey);

ScopedPK11SlotInfo slot(PK11_GetInternalSlot());
Expand Down
157 changes: 53 additions & 104 deletions gtests/pk11_gtest/pk11_rsapss_unittest.cc
View file
Expand Up @@ -12,14 +12,14 @@
#include "gtest/gtest.h"
#include "scoped_ptrs.h"

#include "pk11_rsapss_vectors.h"
#include "pk11_signature_test.h"
#include "pk11_rsapss_vectors.h"

namespace nss_test {

class Pkcs11RsaPssVectorTest : public Pk11SignatureTest {
class Pkcs11RsaPssTest : public Pk11SignatureTest {
public:
Pkcs11RsaPssVectorTest() {
Pkcs11RsaPssTest() : Pk11SignatureTest(CKM_RSA_PKCS_PSS, SEC_OID_SHA1) {
rsaPssParams_.hashAlg = CKM_SHA_1;
rsaPssParams_.mgf = CKG_MGF1_SHA1;
rsaPssParams_.sLen = HASH_ResultLenByOidTag(SEC_OID_SHA1);
Expand All @@ -30,16 +30,14 @@ class Pkcs11RsaPssVectorTest : public Pk11SignatureTest {
}

protected:
CK_MECHANISM_TYPE mechanism() { return CKM_RSA_PKCS_PSS; }
SECItem* parameters() { return &params_; }
SECOidTag hashOID() { return SEC_OID_SHA1; }
const SECItem* parameters() const { return &params_; }

private:
CK_RSA_PKCS_PSS_PARAMS rsaPssParams_;
SECItem params_;
};

TEST_F(Pkcs11RsaPssVectorTest, GenerateAndSignAndVerify) {
TEST_F(Pkcs11RsaPssTest, GenerateAndSignAndVerify) {
// Sign data with a 1024-bit RSA key, using PSS/SHA-256.
SECOidTag hashOid = SEC_OID_SHA256;
CK_MECHANISM_TYPE hashMech = CKM_SHA256;
Expand Down Expand Up @@ -95,105 +93,56 @@ TEST_F(Pkcs11RsaPssVectorTest, GenerateAndSignAndVerify) {
EXPECT_EQ(rv, SECFailure);
}

// RSA-PSS test vectors, pss-vect.txt, Example 1.1: A 1024-bit RSA Key Pair
// <ftp://ftp.rsasecurity.com/pub/pkcs/pkcs-1/pkcs-1v2-1-vec.zip>
TEST_F(Pkcs11RsaPssVectorTest, VerifyKnownSignature1) {
SIG_TEST_VECTOR_VERIFY(kTestVector1Spki, kTestVector1Data, kTestVector1Sig);
}
TEST_F(Pkcs11RsaPssVectorTest, SignAndVerify1) {
SIG_TEST_VECTOR_SIGN_VERIFY(kTestVector1Pkcs8, kTestVector1Spki,
kTestVector1Data);
}
class Pkcs11RsaPssVectorTest
: public Pkcs11RsaPssTest,
public ::testing::WithParamInterface<Pkcs11SignatureTestParams> {};

// RSA-PSS test vectors, pss-vect.txt, Example 2.1: A 1025-bit RSA Key Pair
// <ftp://ftp.rsasecurity.com/pub/pkcs/pkcs-1/pkcs-1v2-1-vec.zip>
TEST_F(Pkcs11RsaPssVectorTest, VerifyKnownSignature2) {
SIG_TEST_VECTOR_VERIFY(kTestVector2Spki, kTestVector2Data, kTestVector2Sig);
}
TEST_F(Pkcs11RsaPssVectorTest, SignAndVerify2) {
SIG_TEST_VECTOR_SIGN_VERIFY(kTestVector2Pkcs8, kTestVector2Spki,
kTestVector2Data);
}
TEST_P(Pkcs11RsaPssVectorTest, Verify) { Verify(GetParam()); }

// RSA-PSS test vectors, pss-vect.txt, Example 3.1: A 1026-bit RSA Key Pair
// <ftp://ftp.rsasecurity.com/pub/pkcs/pkcs-1/pkcs-1v2-1-vec.zip>
TEST_F(Pkcs11RsaPssVectorTest, VerifyKnownSignature3) {
SIG_TEST_VECTOR_VERIFY(kTestVector3Spki, kTestVector3Data, kTestVector3Sig);
}
TEST_F(Pkcs11RsaPssVectorTest, SignAndVerify3) {
SIG_TEST_VECTOR_SIGN_VERIFY(kTestVector3Pkcs8, kTestVector3Spki,
kTestVector3Data);
}
TEST_P(Pkcs11RsaPssVectorTest, SignAndVerify) { SignAndVerify(GetParam()); }

// RSA-PSS test vectors, pss-vect.txt, Example 4.1: A 1027-bit RSA Key Pair
// <ftp://ftp.rsasecurity.com/pub/pkcs/pkcs-1/pkcs-1v2-1-vec.zip>
TEST_F(Pkcs11RsaPssVectorTest, VerifyKnownSignature4) {
SIG_TEST_VECTOR_VERIFY(kTestVector4Spki, kTestVector4Data, kTestVector4Sig);
}
TEST_F(Pkcs11RsaPssVectorTest, SignAndVerify4) {
SIG_TEST_VECTOR_SIGN_VERIFY(kTestVector4Pkcs8, kTestVector4Spki,
kTestVector4Data);
}

// RSA-PSS test vectors, pss-vect.txt, Example 5.1: A 1028-bit RSA Key Pair
// <ftp://ftp.rsasecurity.com/pub/pkcs/pkcs-1/pkcs-1v2-1-vec.zip>
TEST_F(Pkcs11RsaPssVectorTest, VerifyKnownSignature5) {
SIG_TEST_VECTOR_VERIFY(kTestVector5Spki, kTestVector5Data, kTestVector5Sig);
}
TEST_F(Pkcs11RsaPssVectorTest, SignAndVerify5) {
SIG_TEST_VECTOR_SIGN_VERIFY(kTestVector5Pkcs8, kTestVector5Spki,
kTestVector5Data);
}

// RSA-PSS test vectors, pss-vect.txt, Example 6.1: A 1029-bit RSA Key Pair
// <ftp://ftp.rsasecurity.com/pub/pkcs/pkcs-1/pkcs-1v2-1-vec.zip>
TEST_F(Pkcs11RsaPssVectorTest, VerifyKnownSignature6) {
SIG_TEST_VECTOR_VERIFY(kTestVector6Spki, kTestVector6Data, kTestVector6Sig);
}
TEST_F(Pkcs11RsaPssVectorTest, SignAndVerify6) {
SIG_TEST_VECTOR_SIGN_VERIFY(kTestVector6Pkcs8, kTestVector6Spki,
kTestVector6Data);
}

// RSA-PSS test vectors, pss-vect.txt, Example 7.1: A 1030-bit RSA Key Pair
// <ftp://ftp.rsasecurity.com/pub/pkcs/pkcs-1/pkcs-1v2-1-vec.zip>
TEST_F(Pkcs11RsaPssVectorTest, VerifyKnownSignature7) {
SIG_TEST_VECTOR_VERIFY(kTestVector7Spki, kTestVector7Data, kTestVector7Sig);
}
TEST_F(Pkcs11RsaPssVectorTest, SignAndVerify7) {
SIG_TEST_VECTOR_SIGN_VERIFY(kTestVector7Pkcs8, kTestVector7Spki,
kTestVector7Data);
}

// RSA-PSS test vectors, pss-vect.txt, Example 8.1: A 1031-bit RSA Key Pair
// <ftp://ftp.rsasecurity.com/pub/pkcs/pkcs-1/pkcs-1v2-1-vec.zip>
TEST_F(Pkcs11RsaPssVectorTest, VerifyKnownSignature8) {
SIG_TEST_VECTOR_VERIFY(kTestVector8Spki, kTestVector8Data, kTestVector8Sig);
}
TEST_F(Pkcs11RsaPssVectorTest, SignAndVerify8) {
SIG_TEST_VECTOR_SIGN_VERIFY(kTestVector8Pkcs8, kTestVector8Spki,
kTestVector8Data);
}

// RSA-PSS test vectors, pss-vect.txt, Example 9.1: A 1536-bit RSA Key Pair
// <ftp://ftp.rsasecurity.com/pub/pkcs/pkcs-1/pkcs-1v2-1-vec.zip>
TEST_F(Pkcs11RsaPssVectorTest, VerifyKnownSignature9) {
SIG_TEST_VECTOR_VERIFY(kTestVector9Spki, kTestVector9Data, kTestVector9Sig);
}
TEST_F(Pkcs11RsaPssVectorTest, SignAndVerify9) {
SIG_TEST_VECTOR_SIGN_VERIFY(kTestVector9Pkcs8, kTestVector9Spki,
kTestVector9Data);
}

// RSA-PSS test vectors, pss-vect.txt, Example 10.1: A 2048-bit RSA Key Pair
// <ftp://ftp.rsasecurity.com/pub/pkcs/pkcs-1/pkcs-1v2-1-vec.zip>
TEST_F(Pkcs11RsaPssVectorTest, VerifyKnownSignature10) {
SIG_TEST_VECTOR_VERIFY(kTestVector10Spki, kTestVector10Data,
kTestVector10Sig);
}
TEST_F(Pkcs11RsaPssVectorTest, SignAndVerify10) {
SIG_TEST_VECTOR_SIGN_VERIFY(kTestVector10Pkcs8, kTestVector10Spki,
kTestVector10Data);
}
#define VECTOR(pkcs8, spki, data, sig) \
{ \
DataBuffer(pkcs8, sizeof(pkcs8)), DataBuffer(spki, sizeof(spki)), \
DataBuffer(data, sizeof(data)), DataBuffer(sig, sizeof(sig)) \
}
#define VECTOR_N(n) \
VECTOR(kTestVector##n##Pkcs8, kTestVector##n##Spki, kTestVector##n##Data, \
kTestVector##n##Sig)

static const Pkcs11SignatureTestParams kRsaPssVectors[] = {
// RSA-PSS test vectors, pss-vect.txt, Example 1.1: A 1024-bit RSA Key Pair
// <ftp://ftp.rsasecurity.com/pub/pkcs/pkcs-1/pkcs-1v2-1-vec.zip>
VECTOR_N(1),
// RSA-PSS test vectors, pss-vect.txt, Example 2.1: A 1025-bit RSA Key Pair
// <ftp://ftp.rsasecurity.com/pub/pkcs/pkcs-1/pkcs-1v2-1-vec.zip>
VECTOR_N(2),
// RSA-PSS test vectors, pss-vect.txt, Example 3.1: A 1026-bit RSA Key Pair
// <ftp://ftp.rsasecurity.com/pub/pkcs/pkcs-1/pkcs-1v2-1-vec.zip>
VECTOR_N(3),
// RSA-PSS test vectors, pss-vect.txt, Example 4.1: A 1027-bit RSA Key Pair
// <ftp://ftp.rsasecurity.com/pub/pkcs/pkcs-1/pkcs-1v2-1-vec.zip>
VECTOR_N(4),
// RSA-PSS test vectors, pss-vect.txt, Example 5.1: A 1028-bit RSA Key Pair
// <ftp://ftp.rsasecurity.com/pub/pkcs/pkcs-1/pkcs-1v2-1-vec.zip>
VECTOR_N(5),
// RSA-PSS test vectors, pss-vect.txt, Example 6.1: A 1029-bit RSA Key Pair
// <ftp://ftp.rsasecurity.com/pub/pkcs/pkcs-1/pkcs-1v2-1-vec.zip>
VECTOR_N(6),
// RSA-PSS test vectors, pss-vect.txt, Example 7.1: A 1030-bit RSA Key Pair
// <ftp://ftp.rsasecurity.com/pub/pkcs/pkcs-1/pkcs-1v2-1-vec.zip>
VECTOR_N(7),
// RSA-PSS test vectors, pss-vect.txt, Example 8.1: A 1031-bit RSA Key Pair
// <ftp://ftp.rsasecurity.com/pub/pkcs/pkcs-1/pkcs-1v2-1-vec.zip>
VECTOR_N(8),
// RSA-PSS test vectors, pss-vect.txt, Example 9.1: A 1536-bit RSA Key Pair
// <ftp://ftp.rsasecurity.com/pub/pkcs/pkcs-1/pkcs-1v2-1-vec.zip>
VECTOR_N(9),
// RSA-PSS test vectors, pss-vect.txt, Example 10.1: A 2048-bit RSA Key Pair
// <ftp://ftp.rsasecurity.com/pub/pkcs/pkcs-1/pkcs-1v2-1-vec.zip>
VECTOR_N(10)};

INSTANTIATE_TEST_CASE_P(RsaPssSignVerify, Pkcs11RsaPssVectorTest,
::testing::ValuesIn(kRsaPssVectors));

} // namespace nss_test

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