// This is an entry point that largely defines "normal" miniLock behaviour.
// If sendToSender is true, then the sender's ID is added to recipients.
func EncryptFileContentsWithStrings(filename string, fileContents []byte, senderEmail, senderPassphrase string, sendToSender bool, recipientIDs ...string) (miniLockContents []byte, err error) {
var (
senderKey, this_recipient *taber.Keys
recipientKeyList []*taber.Keys
this_id string
)
senderKey, err = taber.FromEmailAndPassphrase(senderEmail, senderPassphrase)
if err != nil {
return nil, err
}
if sendToSender {
this_id, err = senderKey.EncodeID()
if err != nil {
return nil, err
}
recipientIDs = append(recipientIDs, this_id)
}
recipientKeyList = make([]*taber.Keys, 0, len(recipientIDs))
// TODO: Randomise iteration here?
for _, this_id = range recipientIDs {
this_recipient, err = taber.FromID(this_id)
if err != nil {
return nil, err
}
recipientKeyList = append(recipientKeyList, this_recipient)
}
miniLockContents, err = EncryptFileContents(filename, fileContents, senderKey, recipientKeyList...)
if err != nil {
return nil, err
}
return miniLockContents, nil
}
// Import a miniLock ID as a public key.
func ImportID(id string) (*taber.Keys, error) {
return taber.FromID(id)
}
// SenderPubkey returns the pubkey of the sender who (allegedly) created this DecryptInfoEntry.
func (die *DecryptInfoEntry) SenderPubkey() (*taber.Keys, error) {
return taber.FromID(die.SenderID)
}
