Rename all occurrences of "passphrase" to "password"

daemon/2server.go

@@ -11,16 +11,16 @@ import (
 var Timeout = 300 // seconds for RPC server timeout; configurable
 
 var daemonHash []byte
-var globalPassphrase []byte
+var globalPassword []byte
 
 // RCWService provides an RPC method.
 type RCWService struct{}
 
 // DecryptRequest is the RPC method that decrypts the incoming data using
-// the global passphrase and returns the decrypted data
+// the global password and returns the decrypted data
 func (h *RCWService) DecryptRequest(encBytes []byte, reply *[]byte) error {
 	var err error
-	*reply, err = wrappers.DecryptAndZeroizePassphrase(encBytes, append([]byte{}, globalPassphrase...)) // pass new slice to avoid zeroizing cached passphrase)
+	*reply, err = wrappers.DecryptAndZeroizePassword(encBytes, append([]byte{}, globalPassword...)) // pass new slice to avoid zeroizing cached password)
 	if err != nil {
 		return err
 	}
@@ -28,9 +28,9 @@ func (h *RCWService) DecryptRequest(encBytes []byte, reply *[]byte) error {
 }
 
 // EncryptRequestAndZeroizeDecBytes is the RPC method that encrypts the incoming data using
-// the global passphrase and returns the encrypted data
+// the global password and returns the encrypted data
 func (h *RCWService) EncryptRequestAndZeroizeDecBytes(decBytes []byte, reply *[]byte) error {
-	*reply = wrappers.EncryptAndZeroizeDecBytesAndPassphrase(decBytes, append([]byte{}, globalPassphrase...)) // pass new slice to avoid zeroizing cached passphrase
+	*reply = wrappers.EncryptAndZeroizeDecBytesAndPassword(decBytes, append([]byte{}, globalPassword...)) // pass new slice to avoid zeroizing cached password
 	return nil
 }
 

daemon/2serverUNIXGeneric.go

@@ -18,9 +18,9 @@ import (
 
 // Start is the entry point for the RPC server responsible for
 // returning decrypted data to authenticated clients.
-func Start(passphrase []byte) {
-	// store passphrase to be referenced by DecryptRequest method
-	globalPassphrase = passphrase
+func Start(password []byte) {
+	// store password to be referenced by DecryptRequest method
+	globalPassword = password
 
 	// register RCWService with the RPC package
 	if err := rpc.Register(&RCWService{}); err != nil {
@@ -69,9 +69,9 @@ func Start(passphrase []byte) {
 // handleConn verifies the identity of the client.
 // It uses the file descriptor of the connection to get the PID of the client,
 // which is then used to get the path of the client's executable and calculate its hash.
-// The passphrase is only returned if the client's executable hash matches the daemon's hash
+// The password is only returned if the client's executable hash matches the daemon's hash
 // and if the request is coming from the same user.
-// This ensures that only the binary the daemon is embedded in can retrieve the passphrase.
+// This ensures that only the binary the daemon is embedded in can retrieve the password.
 func handleConn(conn net.Conn, sigChan chan os.Signal) {
 	ucred := peercred.Get(conn)
 

daemon/2serverWindows.go

@@ -24,9 +24,9 @@ const (
 
 // Start is the entry point for the RPC server responsible for
 // returning decrypted data to authenticated clients.
-func Start(passphrase []byte) {
-	// store passphrase to be referenced by DecryptRequest method
-	globalPassphrase = passphrase
+func Start(password []byte) {
+	// store password to be referenced by DecryptRequest method
+	globalPassword = password
 
 	// register RCWService with the RPC package
 	if err := rpc.Register(&RCWService{}); err != nil {