* Needed to add a suitable for 'SHA384withECDSA' provider into 'java.security' config-file.
* Supposedly SHA384withECDSA provided by sun.security.pkcs11.SunPKCS11
with NSS as the native backend, as described in: http://blogs.sun.com/andreas/entry/the_java_pkcs_11_provider
with the following config-file:
name = NSS
nssLibraryDirectory = /opt/tests/nss/lib
nssDbMode = noDb
attributes = compatibility
* In fedora needed to install nss-devel-3.12.3-4.fc11.i586 due to a missing NSS lib.
* Debug java-prop: java.security.debug={all|provider|sunpkcs11}
* But NSS does *NOT* by default compile ECC! according to: http://www.mozilla.org/projects/security/pki/nss/nss-3.11/nss-3.11-algorithms.html
* BUT Testcrypto.java TestCase also fails in sun's jdk!!
* Needed to add a suitable for 'SHA384withECDSA' provider into 'java.security' config-file. pkcs11. SunPKCS11 blogs.sun. com/andreas/ entry/the_ java_pkcs_ 11_provider ectory = /opt/tests/nss/lib 3.12.3- 4.fc11. i586 due to a missing NSS lib. debug={ all|provider| sunpkcs11} www.mozilla. org/projects/ security/ pki/nss/ nss-3.11/ nss-3.11- algorithms. html
* Supposedly SHA384withECDSA provided by sun.security.
with NSS as the native backend, as described in:
http://
with the following config-file:
name = NSS
nssLibraryDir
nssDbMode = noDb
attributes = compatibility
* In fedora needed to install nss-devel-
* Debug java-prop: java.security.
* But NSS does *NOT* by default compile ECC! according to:
http://
* BUT Testcrypto.java TestCase also fails in sun's jdk!!