cmu importkey
This function unwraps an RSA, DSA , or ECDSA private key onto the selected token or HSM. The key file may be in any of the following formats:
>PKCS #12(PFX) RSA in a DER-encoded format (.pfx file)
>PKCS #8(Unencrypted PrivatekeyInfo) in RSA or DSA in base 64 PEM, or binary DER format
>PKCS #1 (RSA in base64 PEM, or binary DER) format.
Syntax
cmu importkey -in=<filename> -keyalg=<algorithm> [-wrapkey=<handle/OUID>] [-setkeyattr] [-PKCS8] [-PKCS12] [-password=<password>] [-ped=<PED_ID>] [-slot=<slot#>]
| Argument(s) | Description |
|---|---|
| -in=<filename> | Defines the full path to the file containing the PEM- or DER-encoded key to import. |
| -keyalg=<algorithm> |
Specifies the key's algorithm. Valid values: DSA,RSA,ECDSA |
| -out=<filename> | Defines the full path to the file containing the PEM- or DER-encoded key to import. |
| -PKCS8 |
Indicates that the key to import is formatted according to the PKCS#8 standard. NOTE: cmu options are case-sensitive. |
| -PKCS12 |
Indicates that the key to import is formatted according to the PKCS#12 standard. Only the private key portion is unwrapped onto the token. Any certificates in this file are simply ignored. It is assumed that you properly export a PKCS #12 key from Windows keystore (or other source, as appropriate). NOTE: cmu options are case-sensitive. |
| -setkeyattr | Allows the user to manually enter the imported key’s attributes. Modifiable key attributes are CKA_DECRYPT, CKA_SIGN, CKA_EXTRACTABLE, and CKA_UNWRAP. The defaults are always 1=true. |
| -wrapkey=<handle/OUID> |
The handle or OUID of the existing key that is to be used as the wrapping key. This key must have the CKA_WRAP attribute set to true. If this flag is not specified the default behavior is to auto-generate an AES key for the sole purpose of unwrapping the key onto the HSM. NOTE The OUID can be specified on an HSMoD slot only, and requires Luna HSM Client 10.2.0 or newer. On a Luna HSM slot, specify the key by its object handle. |
| Common | |
| -password=<password> | The password for the role accessing the current slot, with the current command. If this is not specified, it is prompted. |
| -ped=<PED_ID> | Specifies the PED ID for the registered Remote PED that will handle authentication for the current slot, with the current command. You must specify this parameter to use Remote PED authentication. |
| -slot=<slot#> | The slot to be acted upon, by the current command. If this is not specified, it is prompted. |
Example
cmu importkey -in rawrsa1028.pem –keyalg RSA -wrapkey 11 –setkeyattr cmu importkey –PKCS8 –in pk8privkey.pem –keyalg DSA cmu importkey –in rsakey.pem –keyalg RSA –wrapkey 11 cmu importkey –in rsakey.pem –keyalg RSA cmu importkey –PKCS12 –in p12.pfx –keyalg RSA
Notes
1.Ideally, the private key should be in PKCS#8 format (privatekeyinfo) and not encrypted.
To convert a private key of either RSA or DSA type: (see PKCS#1 for RSA and PKCS#11 (11.9) for DSA) into a PKCS#8 structure, use the following openssl command:
openssl pkcs8 -in key.pem –nocrypt -topk8 -out noenckey.pem
2. If the PKCS#8 structure is already encrypted according to the PKCS#5-PBE standard, then to import via CMU, use the following command:
openssl pkcs8 -in pk8.pem -out key.pem
You are prompted for the password to decrypt the PrivateKeyInfo.
3.You can export the PrivatekeyInfo contents of a .pfx file by using the following openssl command:
openssl pkcs12 –in p12.pfx –out pk12_privkey.pem –nocerts –nodes
You are prompted for the password to decrypt the PrivateKeyInfo.
