![]() ![]() KeyStore Explorer can generate ECC, RSA, and DSA key pairs with self signed X.509 certificates, sign CSRs in PKCS #10 and SPKAC formats, and import X.509 certificate files as trusted certificates. In addition to its keystore capabilities, the program provides helpful key pair, certificate, and private key features. The program enables you to convert between these formats, change passwords, delete or rename keystore entries, and configure CA Certs KeyStores for use with KeyStore operations. KeyStore Explorer supports an array of KeyStore formats, including JKS, JCEKS, PKCS #12, and UBER. The application is designed to replace the keytool, jarsigner, and jadtool Java command-line utilities. KeyStore Explorer is an open source program used to manage keystore files. Enables you to sign CSRs in PKCS #10 and SPKAC formats.Allows you to change keystore passwords and delete or rename entries. ![]() Supports popular keystore formats, such as JKS, JCEKS, and PKCS #12.cer file into trusted certs via 'Internet Options, Content tab. Once you have that file you can then import your. Then, right click in KeyStore Explorer and select "export" the "public key".You should see a message indicating success.*Note: this password MUST be the same as the JKS file keystore password or Java may fail silently when trying to use this certificate.Enter in the Alias of the keypair name you want to use.Otherwise you'll see warning or error messages even after you have add this certificate, explicitly, to your MS-CAPI Trusted Root certificates.Note: the Basic Constraints and AKID (Authority Key Identifer) are needed for the Chrome Browser to validate the self-signed certificate as a trusted certificate.When you're done you'll see these listed: hit "OK".Add in a "Basic Constraints" (do NOT check "Subject is a CA").Select the Authority Cert Issuer of the CN that you created above (.e.g "CN=localhost.") | OK.Add Extension Type | Authority Key Identifier.Add in the AKID (Authority Key Identifier).When it's done you will see all the fields with the OIDs (Object Identifiers) listed | OK | OK.It will look something like this when it's done.Add in all the needed DNS names and IP Addresses (if applicable) for which this server will be used.Add in the SANs (Subject Alternative Name).Add in the EKU (Extended Key Usage) options.Add in the Digital Signature and Key Encipherment options checkbox.This example will be for a standard server certificate with SSL. Add Extensions (Very Important), this determines what type of certificate it will be and how it can be used. ![]()
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