![]() ![]() If you drag&drop multiple files at once on the KSE window, then all of them are opened one after the other. In KSE 5.1 this also works for certificates, CSRs and CRLs. In previous versions of KSE only keystores could be opened by drag&drop. This allows to use another JRE for KSE than the default system JRE, which is useful for example if you have to use IBM JDK, which is not compatible with KSE. If it exists, the JRE in it is used for running KSE. a directory with name "jre" in the KSE directory. tar.gz for Linux, Solaris, Mac OS X etc.īoth the shell script and the exe first search for a local Java Runtime Environment (JRE), i.e. ![]() This ZIP file contains (in addition to the content of the old ZIP file): The redundant distribution packages and kse-X-manual.zip have been combined into kse-X.zip. The following table gives an overview on the available curves: Which named curves are available in KSE depends on two factors: Java version and keystore type. In KSE EC key generation is done by selecting a named curve: The name usually contains the key size, e.g. These "named curves" can be referenced by name or OID.ĮC key sizes are generally smaller than comparable RSA key sizes. NIST, SECG, ANSI, ECC Brainpool) have published domain parameters of elliptic curves for several common field sizes. Because it is difficult to find "good" domain parameters, several organizations (e.g. Third party JCE providers like Bouncy Castle have been supporting ECC in their keystore types (BKS, UBER) for some time now.Įlliptic curves are defined by a number of domain parameters. Java 7 introduced the SunEC provider for Elliptic Curve algorithms which allows keytool and jarsigner to create and use EC keys in JKS and JCEKS keystores. ![]() Added Support for ECC (Elliptic Curve Cryptography) ![]()
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