| Message ID | 20210316210740.1592994-1-stefanb@linux.ibm.com (mailing list archive) |
|---|---|
| Headers | show |
| Series | Add support for x509 certs with NIST P384/256/192 keys | expand |
Herbert, if you could queue patches 1-9 in a topic branch, that would be great! Regards, Stefan On 3/16/21 5:07 PM, Stefan Berger wrote: > This series of patches adds support for x509 certificates signed by a CA > that uses NIST P384, P256 or P192 keys for signing. It also adds support for > certificates where the public key is one of this type of a key. The math > for ECDSA signature verification is also added as well as the math for fast > mmod operation for NIST P384. > > Since self-signed certificates are verified upon loading, the following > script can be used for testing of NIST P256 keys: > > k=$(keyctl newring test @u) > > while :; do > for hash in sha1 sha224 sha256 sha384 sha512; do > openssl req \ > -x509 \ > -${hash} \ > -newkey ec \ > -pkeyopt ec_paramgen_curve:prime256v1 \ > -keyout key.pem \ > -days 365 \ > -subj '/CN=test' \ > -nodes \ > -outform der \ > -out cert.der > keyctl padd asymmetric testkey $k < cert.der > if [ $? -ne 0 ]; then > echo "ERROR" > exit 1 > fi > done > done > > Ecdsa support also works with restricted keyrings where an RSA key is used > to sign a NIST P384/256/192 key. Scripts for testing are here: > > https://github.com/stefanberger/eckey-testing > > The ECDSA signature verification will be used by IMA Appraisal where ECDSA > file signatures stored in RPM packages will use substantially less space > than if RSA signatures were to be used. > > Further, a patch is added that allows kernel modules to be signed with a NIST > P384 key. > > Testing was also done with a Pkcs11 device using an ECC key for module > signing: > https://github.com/stefanberger/eckey-testing/wiki/Using-Pkcs11-Device-(SoftHSM)-for-Signing-Linux-Kernel-Modules > > Stefan and Saulo > > v11->v12: > - Added Jarkko's Acked-by's > > v10->v11: > - Addressed Jarkko's comments > - Split off OID definitions from first patch into own patch > - Renamed OID_id_secp384r1 to OID_id_ansip384r1 (spec name) in 09/10 > > v9->v10: > - rearranged order of patches to have crypto patches first > - moved hunk from patch 3 to patch 2 to avoid compilation warning due to > unused symbol > > v8->v9: > - Appended Saulo's patches > - Appended patch to support kernel modules signed with NIST p384 key. This > patch requires Nayna's series here: https://lkml.org/lkml/2021/2/18/856 > > v7->v8: > - patch 3/4: Do not determine key algo using parse_OID in public_key.c > but do this when parsing the certificate. This addresses an issue > with certain build configurations where OID_REGISTRY is not available > as 'Reported-by: kernel test robot <lkp@intel.com>'. > > v6->v7: > - Moved some OID defintions to patch 1 for bisectability > - Applied R-b's > > v5->v6: > - moved ecdsa code into its own module ecdsa_generic built from ecdsa.c > - added script-generated test vectors for NIST P256 & P192 and all hashes > - parsing of OID that contain header with new parse_oid() > > v4->v5: > - registering crypto support under names ecdsa-nist-p256/p192 following > Hubert Xu's suggestion in other thread > - appended IMA ECDSA support patch > > v3->v4: > - split off of ecdsa crypto part; registering akcipher as "ecdsa" and > deriving used curve from digits in parsed key > > v2->v3: > - patch 2 now includes linux/scatterlist.h > > v1->v2: > - using faster vli_sub rather than newly added vli_mod_fast to 'reduce' > result > - rearranged switch statements to follow after RSA > - 3rd patch from 1st posting is now 1st patch > > > Saulo Alessandre (4): > crypto: Add NIST P384 curve parameters > crypto: Add math to support fast NIST P384 > ecdsa: Register NIST P384 and extend test suite > x509: Add OID for NIST P384 and extend parser for it > > Stefan Berger (6): > oid_registry: Add OIDs for ECDSA with SHA224/256/384/512 > crypto: Add support for ECDSA signature verification > x509: Detect sm2 keys by their parameters OID > x509: Add support for parsing x509 certs with ECDSA keys > ima: Support EC keys for signature verification > certs: Add support for using elliptic curve keys for signing modules > > certs/Kconfig | 22 ++ > certs/Makefile | 14 + > crypto/Kconfig | 10 + > crypto/Makefile | 6 + > crypto/asymmetric_keys/pkcs7_parser.c | 4 + > crypto/asymmetric_keys/public_key.c | 4 +- > crypto/asymmetric_keys/x509_cert_parser.c | 49 ++- > crypto/asymmetric_keys/x509_public_key.c | 4 +- > crypto/ecc.c | 281 +++++++++----- > crypto/ecc.h | 28 +- > crypto/ecc_curve_defs.h | 32 ++ > crypto/ecdsa.c | 376 +++++++++++++++++++ > crypto/ecdsasignature.asn1 | 4 + > crypto/testmgr.c | 18 + > crypto/testmgr.h | 424 ++++++++++++++++++++++ > include/crypto/ecdh.h | 1 + > include/keys/asymmetric-type.h | 6 + > include/linux/oid_registry.h | 10 +- > lib/oid_registry.c | 24 ++ > security/integrity/digsig_asymmetric.c | 30 +- > 20 files changed, 1240 insertions(+), 107 deletions(-) > create mode 100644 crypto/ecdsa.c > create mode 100644 crypto/ecdsasignature.asn1 >
On Tue, Mar 16, 2021 at 05:07:30PM -0400, Stefan Berger wrote: > This series of patches adds support for x509 certificates signed by a CA > that uses NIST P384, P256 or P192 keys for signing. It also adds support for > certificates where the public key is one of this type of a key. The math > for ECDSA signature verification is also added as well as the math for fast > mmod operation for NIST P384. > > Since self-signed certificates are verified upon loading, the following > script can be used for testing of NIST P256 keys: > > k=$(keyctl newring test @u) > > while :; do > for hash in sha1 sha224 sha256 sha384 sha512; do > openssl req \ > -x509 \ > -${hash} \ > -newkey ec \ > -pkeyopt ec_paramgen_curve:prime256v1 \ > -keyout key.pem \ > -days 365 \ > -subj '/CN=test' \ > -nodes \ > -outform der \ > -out cert.der > keyctl padd asymmetric testkey $k < cert.der > if [ $? -ne 0 ]; then > echo "ERROR" > exit 1 > fi > done > done > > Ecdsa support also works with restricted keyrings where an RSA key is used > to sign a NIST P384/256/192 key. Scripts for testing are here: > > https://github.com/stefanberger/eckey-testing > > The ECDSA signature verification will be used by IMA Appraisal where ECDSA > file signatures stored in RPM packages will use substantially less space > than if RSA signatures were to be used. > > Further, a patch is added that allows kernel modules to be signed with a NIST > P384 key. > > Testing was also done with a Pkcs11 device using an ECC key for module > signing: > https://github.com/stefanberger/eckey-testing/wiki/Using-Pkcs11-Device-(SoftHSM)-for-Signing-Linux-Kernel-Modules > > Stefan and Saulo > > v11->v12: > - Added Jarkko's Acked-by's > > v10->v11: > - Addressed Jarkko's comments > - Split off OID definitions from first patch into own patch > - Renamed OID_id_secp384r1 to OID_id_ansip384r1 (spec name) in 09/10 > > v9->v10: > - rearranged order of patches to have crypto patches first > - moved hunk from patch 3 to patch 2 to avoid compilation warning due to > unused symbol > > v8->v9: > - Appended Saulo's patches > - Appended patch to support kernel modules signed with NIST p384 key. This > patch requires Nayna's series here: https://lkml.org/lkml/2021/2/18/856 > > v7->v8: > - patch 3/4: Do not determine key algo using parse_OID in public_key.c > but do this when parsing the certificate. This addresses an issue > with certain build configurations where OID_REGISTRY is not available > as 'Reported-by: kernel test robot <lkp@intel.com>'. > > v6->v7: > - Moved some OID defintions to patch 1 for bisectability > - Applied R-b's > > v5->v6: > - moved ecdsa code into its own module ecdsa_generic built from ecdsa.c > - added script-generated test vectors for NIST P256 & P192 and all hashes > - parsing of OID that contain header with new parse_oid() > > v4->v5: > - registering crypto support under names ecdsa-nist-p256/p192 following > Hubert Xu's suggestion in other thread > - appended IMA ECDSA support patch > > v3->v4: > - split off of ecdsa crypto part; registering akcipher as "ecdsa" and > deriving used curve from digits in parsed key > > v2->v3: > - patch 2 now includes linux/scatterlist.h > > v1->v2: > - using faster vli_sub rather than newly added vli_mod_fast to 'reduce' > result > - rearranged switch statements to follow after RSA > - 3rd patch from 1st posting is now 1st patch > > > Saulo Alessandre (4): > crypto: Add NIST P384 curve parameters > crypto: Add math to support fast NIST P384 > ecdsa: Register NIST P384 and extend test suite > x509: Add OID for NIST P384 and extend parser for it > > Stefan Berger (6): > oid_registry: Add OIDs for ECDSA with SHA224/256/384/512 > crypto: Add support for ECDSA signature verification > x509: Detect sm2 keys by their parameters OID > x509: Add support for parsing x509 certs with ECDSA keys > ima: Support EC keys for signature verification > certs: Add support for using elliptic curve keys for signing modules > > certs/Kconfig | 22 ++ > certs/Makefile | 14 + > crypto/Kconfig | 10 + > crypto/Makefile | 6 + > crypto/asymmetric_keys/pkcs7_parser.c | 4 + > crypto/asymmetric_keys/public_key.c | 4 +- > crypto/asymmetric_keys/x509_cert_parser.c | 49 ++- > crypto/asymmetric_keys/x509_public_key.c | 4 +- > crypto/ecc.c | 281 +++++++++----- > crypto/ecc.h | 28 +- > crypto/ecc_curve_defs.h | 32 ++ > crypto/ecdsa.c | 376 +++++++++++++++++++ > crypto/ecdsasignature.asn1 | 4 + > crypto/testmgr.c | 18 + > crypto/testmgr.h | 424 ++++++++++++++++++++++ > include/crypto/ecdh.h | 1 + > include/keys/asymmetric-type.h | 6 + > include/linux/oid_registry.h | 10 +- > lib/oid_registry.c | 24 ++ > security/integrity/digsig_asymmetric.c | 30 +- > 20 files changed, 1240 insertions(+), 107 deletions(-) > create mode 100644 crypto/ecdsa.c > create mode 100644 crypto/ecdsasignature.asn1 Patches 1-9 applied to branch ecc. Thanks.
This series of patches adds support for x509 certificates signed by a CA that uses NIST P384, P256 or P192 keys for signing. It also adds support for certificates where the public key is one of this type of a key. The math for ECDSA signature verification is also added as well as the math for fast mmod operation for NIST P384. Since self-signed certificates are verified upon loading, the following script can be used for testing of NIST P256 keys: k=$(keyctl newring test @u) while :; do for hash in sha1 sha224 sha256 sha384 sha512; do openssl req \ -x509 \ -${hash} \ -newkey ec \ -pkeyopt ec_paramgen_curve:prime256v1 \ -keyout key.pem \ -days 365 \ -subj '/CN=test' \ -nodes \ -outform der \ -out cert.der keyctl padd asymmetric testkey $k < cert.der if [ $? -ne 0 ]; then echo "ERROR" exit 1 fi done done Ecdsa support also works with restricted keyrings where an RSA key is used to sign a NIST P384/256/192 key. Scripts for testing are here: https://github.com/stefanberger/eckey-testing The ECDSA signature verification will be used by IMA Appraisal where ECDSA file signatures stored in RPM packages will use substantially less space than if RSA signatures were to be used. Further, a patch is added that allows kernel modules to be signed with a NIST P384 key. Testing was also done with a Pkcs11 device using an ECC key for module signing: https://github.com/stefanberger/eckey-testing/wiki/Using-Pkcs11-Device-(SoftHSM)-for-Signing-Linux-Kernel-Modules Stefan and Saulo v11->v12: - Added Jarkko's Acked-by's v10->v11: - Addressed Jarkko's comments - Split off OID definitions from first patch into own patch - Renamed OID_id_secp384r1 to OID_id_ansip384r1 (spec name) in 09/10 v9->v10: - rearranged order of patches to have crypto patches first - moved hunk from patch 3 to patch 2 to avoid compilation warning due to unused symbol v8->v9: - Appended Saulo's patches - Appended patch to support kernel modules signed with NIST p384 key. This patch requires Nayna's series here: https://lkml.org/lkml/2021/2/18/856 v7->v8: - patch 3/4: Do not determine key algo using parse_OID in public_key.c but do this when parsing the certificate. This addresses an issue with certain build configurations where OID_REGISTRY is not available as 'Reported-by: kernel test robot <lkp@intel.com>'. v6->v7: - Moved some OID defintions to patch 1 for bisectability - Applied R-b's v5->v6: - moved ecdsa code into its own module ecdsa_generic built from ecdsa.c - added script-generated test vectors for NIST P256 & P192 and all hashes - parsing of OID that contain header with new parse_oid() v4->v5: - registering crypto support under names ecdsa-nist-p256/p192 following Hubert Xu's suggestion in other thread - appended IMA ECDSA support patch v3->v4: - split off of ecdsa crypto part; registering akcipher as "ecdsa" and deriving used curve from digits in parsed key v2->v3: - patch 2 now includes linux/scatterlist.h v1->v2: - using faster vli_sub rather than newly added vli_mod_fast to 'reduce' result - rearranged switch statements to follow after RSA - 3rd patch from 1st posting is now 1st patch Saulo Alessandre (4): crypto: Add NIST P384 curve parameters crypto: Add math to support fast NIST P384 ecdsa: Register NIST P384 and extend test suite x509: Add OID for NIST P384 and extend parser for it Stefan Berger (6): oid_registry: Add OIDs for ECDSA with SHA224/256/384/512 crypto: Add support for ECDSA signature verification x509: Detect sm2 keys by their parameters OID x509: Add support for parsing x509 certs with ECDSA keys ima: Support EC keys for signature verification certs: Add support for using elliptic curve keys for signing modules certs/Kconfig | 22 ++ certs/Makefile | 14 + crypto/Kconfig | 10 + crypto/Makefile | 6 + crypto/asymmetric_keys/pkcs7_parser.c | 4 + crypto/asymmetric_keys/public_key.c | 4 +- crypto/asymmetric_keys/x509_cert_parser.c | 49 ++- crypto/asymmetric_keys/x509_public_key.c | 4 +- crypto/ecc.c | 281 +++++++++----- crypto/ecc.h | 28 +- crypto/ecc_curve_defs.h | 32 ++ crypto/ecdsa.c | 376 +++++++++++++++++++ crypto/ecdsasignature.asn1 | 4 + crypto/testmgr.c | 18 + crypto/testmgr.h | 424 ++++++++++++++++++++++ include/crypto/ecdh.h | 1 + include/keys/asymmetric-type.h | 6 + include/linux/oid_registry.h | 10 +- lib/oid_registry.c | 24 ++ security/integrity/digsig_asymmetric.c | 30 +- 20 files changed, 1240 insertions(+), 107 deletions(-) create mode 100644 crypto/ecdsa.c create mode 100644 crypto/ecdsasignature.asn1