Node.js
Node.js
Convert a PFX to a Java KeyStore
See more PFX/P12 Examples
Demonstrates Pfx.ToJksObj, which populates a JavaKeyStore with a JKS representation of the PFX, then writes it to a file.
The file path is relative to the application's current working directory. An absolute path may also be used. Supply the path appropriate to your own environment.
Background. One private-key entry is created for each private key, with certificate chains built from the PFX certificates. The password protects the generated Java KeyStore.
Chilkat Node.js Downloads
NODEJS_PRELUDE
function chilkatExample() {
var success = false;
var pfx = new chilkat.Pfx();
// The file path is relative to the application's current working directory. An absolute path
// may also be used. Supply the path appropriate to your own environment.
// The PFX password should come from a secure source rather than being hard-coded.
var password = "myPfxPassword";
success = pfx.LoadPfxFile("qa_data/identity.pfx",password);
if (success == false) {
console.log(pfx.LastErrorText);
return;
}
// Populate a Java KeyStore (JKS) representation of this PFX. One private-key entry is created for
// each private key, and the PFX certificates are used to build the certificate chains. The 1st
// argument is the alias for the first private-key entry, and the 2nd protects the generated JKS.
// The JKS password should come from a secure source rather than being hard-coded.
var jksPassword = "myJksPassword";
var jks = new chilkat.JavaKeyStore();
success = pfx.ToJksObj("myalias",jksPassword,jks);
if (success == false) {
console.log(pfx.LastErrorText);
return;
}
// The Java KeyStore object can then be written to a .jks file.
success = jks.ToFile(jksPassword,"qa_output/identity.jks");
if (success == false) {
console.log(jks.LastErrorText);
return;
}
console.log("Wrote a Java KeyStore with " + jks.NumPrivateKeys + " private key(s).");
}
chilkatExample();