edit readme

README.md

@@ -1,18 +1,18 @@
-# RED_CRYPTO ver 0.7.3
+# RED_CRYPTO ver 0.7.3-full
 
 ## Description
 
-Password manager for (almost) any QMK-compatible keyboards. 
+Password manager for (almost) any QMK-compatible keyboards. It is full version of `RED_CRYPTO` lib.
 
 There are two versions:
-- hard-coded passwords in `keymap.c`, change branch to `hard-coded-storage` or releases
-- storing passwords in EEPROM with adding and editing via `RED_MENU`, change branch to `eeprom-storage` or releases
+- hard-coded passwords in `keymap.c`, change branch to [`hard_coded_storage`](https://github.com/redlineo/red_crypto/tree/hard_coded_storage) or releases 
+- storing passwords in EEPROM with adding and editing via `RED_MENU`, change branch to [`eeprom_storage`](https://github.com/redlineo/red_crypto/tree/eeprom_storage) or releases (YOU ARE HERE)
 
 ## Alert
 
 > Now red_crypto supports STM32 EEPROM.
 > 
-> Tested on Keychron K9 Pro with STM32L4xx with virtual EEPROM
+> Tested on Keychron K9 Pro with STM32L432xx with virtual EEPROM
 
 See chapter about [Memory issue](#memory-issue) and [Memory usage](#memory-usage).
 I recommend using at the beginning internal FLASH or EEPROM, because you have some resources not to need external memory. Or you can do not change your passwords, if there are very strong one's.

red_menu.c

@@ -88,9 +88,12 @@ uint8_t draw_red_menu(uint16_t keycode, keyrecord_t *record) {
             }
             break;
         }
-        case SHOW_PASS_NAMES:   // TODO
+        case SHOW_PASS_NAMES: // TODO
+            break;
         case SHOW_MEMORY_USAGE: // TODO
+            break;
         case CHANGE_MASTER_KEY: // TODO
+            break;
         case CHANGE_PASS_IN_STORAGE:
             send_string("Which one? Write index in hex [0-9a-f]: "); // now you can change first 16 passwords on the fly
                                                                      // to read more, I need read keys as integers, or bytes
@@ -122,6 +125,7 @@ uint8_t draw_red_menu(uint16_t keycode, keyrecord_t *record) {
             }
             break;
         case CHANGE_PASS_NAME: // TODO
+            break;
         case SAVE_NEW_PASS:
             enc_pass_new       = (uint8_t *)malloc(sizeof(uint8_t) * enc_pass.storage_pass_len);
             enc_pass_new       = encrypt_pass_kuzn(readed_key_new, count_char_key_new, password_index);
@@ -165,7 +169,7 @@ uint8_t draw_red_menu(uint16_t keycode, keyrecord_t *record) {
             break;
         default: // SHOW_MAIN_MENU
             CLEAR_MENU_MACROS;
-            send_string("RED_CRYPTO MENU:\n0-EXIT\n1-Show password's names\n2-Show memory usage\n3-Change master key\n4-Change password in storage\n5-Change password's name\n6-Add new password\n");
+            send_string("RED_CRYPTO MENU:\n0-EXIT\nX-Show password's names\nX-Show memory usage\nX-Change master key\n4-Change password in storage\nX-Change password's name\n6-Add new password\n");
             send_string("Choose option(0-6): ");
             readed_option[0] = READ_USER_CHOICE;
             break;