Fixed some commands and outputs

docs/getting-started/wallets.md

@@ -45,8 +45,8 @@ Use this option if you are creating a subnet or participating as a subnet valida
 
 After you have [installed Bittensor](installation.md), you can create a local wallet on your machine in the following two ways:
 
-- Using `btcli`.
-- Using Python.
+- [Using `btcli`](#creating-a-coldkey-using-btcli)
+- [Using Python](#creating-a-wallet-using-python)
 
 ### Coldkey and hotkey
 
@@ -66,7 +66,7 @@ If you plan to perform any of the following tasks, you only need to create a col
 
 **However, if you want to validate or mine in a subnet, you will need to create hotkey also**. See the below section [Creating a hotkey using `btcli`](#creating-a-hotkey-using-btcli).
 
-Run the following command on your terminal by giving a name to your wallet, replacing the `my_coldkey`. 
+Run the following command on your terminal by giving a name to your wallet, replacing the `<my_coldkey>`. 
 
 ```bash
 btcli wallet new_coldkey --wallet.name <my_coldkey>
@@ -96,15 +96,15 @@ If you plan to validate or mine in a subnet, then you must create both a coldkey
 
 First create a coldkey as described above in the [Creating a coldkey using `btcli`](#creating-a-coldkey-using-btcli). Then provide this coldkey as a parameter to generate a hotkey. This will pair the hotkey with the coldkey. See below.
 
-Use the below command to generate the hotkey. Replace `<my_coldkey>` with the coldkey generated above, and `<my_first_hotkey>` with a name for your hotkey.
+Use the below command to generate the hotkey. Replace `<my_coldkey>` with the coldkey generated above, and `<my_hotkey>` with a name for your hotkey.
 
 ```bash
-btcli wallet new_hotkey --wallet.name <my_coldkey> --wallet.hotkey <my_first_hotkey>
+btcli wallet new_hotkey --wallet.name <my_coldkey> --wallet.hotkey <my_hotkey>
 ```
 
 For example, 
 ```bash
-btcli wallet new_hotkey --wallet.name test-coldkey --wallet.hotkey my_first_hotkey
+btcli wallet new_hotkey --wallet.name test-coldkey --wallet.hotkey test-hotkey
 ```
 
 You will see the terminal log like below. The mnemonic is hidden for security reasons.
@@ -128,18 +128,18 @@ btcli wallet new_hotkey --use_password
 
 ## Creating a wallet using Python 
 
-Copy and paste the following three lines into your Python interpreter. Replace the string values for `name` (`my_coldkey`) and `hotkey` (`my_first_hotkey`) with your own.
+Copy and paste the following three lines into your Python interpreter. Replace the string values for `name` (`my_coldkey`) and `hotkey` (`my_hotkey`) with your own.
 
 ```python showLineNumbers
 import bittensor as bt
-wallet = bt.wallet(name = 'my_coldkey', hotkey = 'my_first_hotkey' )
+wallet = bt.wallet(name = 'my_coldkey', hotkey = 'my_hotkey' )
 wallet.create_if_non_existent()
 ```
 
-You will see a terminal output like this for an example wallet with `name` as `tst1_coldkey` and `hotkey` as `tst1_hotkey`. The mnemonic is hidden for security reasons.
+You will see a terminal output like this for an example wallet with `name` as `test-coldkey` and `hotkey` as `test-hotkey`. The mnemonic is hidden for security reasons.
 ```text 
 >>> import bittensor as bt
->>> wallet = bt.wallet(name = 'tst1_coldkey', hotkey = 'tst1_hotkey')
+>>> wallet = bt.wallet(name = 'test-coldkey', hotkey = 'test-hotkey')
 >>> wallet.create_if_non_existent()
 
 IMPORTANT: Store this mnemonic in a secure (preferable offline place), as anyone who has possession of this mnemonic can use it to regenerate the key and access your tokens.
@@ -151,8 +151,6 @@ The mnemonic to the new coldkey is:
 You can use the mnemonic to recreate the key in case it gets lost. The command to use to regenerate the key using this mnemonic is:
 btcli w regen_coldkey --mnemonic **** **** **** **** **** **** **** **** **** **** **** ****
 
-Specify password for key encryption:
-Password not strong enough. Try increasing the length of the password or the password complexity
 Specify password for key encryption:
 Retype your password:
 
@@ -165,8 +163,7 @@ The mnemonic to the new hotkey is:
 You can use the mnemonic to recreate the key in case it gets lost. The command to use to regenerate the key using this mnemonic is:
 btcli w regen_hotkey --mnemonic **** **** **** **** **** **** **** **** **** **** **** ****
 
-wallet(tst1_coldkey, tst1_hotkey, ~/.bittensor/wallets/)
->>>
+wallet(test-coldkey, test-hotkey, ~/.bittensor/wallets/)
 ```
 
 ## Location and addresses of the local wallets
@@ -182,22 +179,23 @@ You will see an output like this:
 ```bash
 tree ~/.bittensor/
 /Users/docwriter/.bittensor/    # The Bittensor root directory.
-└── wallets # The folder containing all Bittensor wallets.
-    └── tst1_coldkey # The name of the wallet.
-        ├── coldkey # The password-encrypted coldkey.
-        ├── coldkeypub.txt # The unencrypted version of the coldkey.
-        └── hotkeys # The folder containing all this coldkey's hotkeys.
-            └── tst1_hotkey # The unencrypted hotkey information.
+└── wallets                     # The folder containing all Bittensor wallets.
+    └── test-coldkey            # The name of the wallet.
+        ├── coldkey             # The password-encrypted coldkey.
+        ├── coldkeypub.txt      # The unencrypted version of the coldkey.
+        └── hotkeys             # The folder containing all this coldkey's hotkeys.
+            └── test-hotkey     # The unencrypted hotkey information.
 ```
 
 and listing out the contents of the `coldkeypub.txt` file:
 
 ```bash
-cd ~/.bittensor/wallets/tst1_coldkey
+cd ~/.bittensor/wallets/test-coldkey
 cat coldkeypub.txt | jq
 {
   "accountId": "0x36e49805b105af2b5572cfc86426247df111df2f584767ca739d9fa085246c51",
   "publicKey": "0x36e49805b105af2b5572cfc86426247df111df2f584767ca739d9fa085246c51",
+  "privateKey": null,
   "secretPhrase": null,
   "secretSeed": null,
   "ss58Address": "5DJgMDvzC27QTBfmgGQaNWBQd8CKP9z5A12yjbG6TZ5bxNE1"
@@ -214,20 +212,21 @@ The contents of the `coldkeypub.txt` are to be interpreted as below:
 Use this site [SS58.org](https://ss58.org/) to verify the conversions between `publicKey` and `ss58Address` fields.
 :::
 
-Similarly, listing out the contents of the `hotkeys/tst_hotkey` file:
+Similarly, listing out the contents of the `hotkeys/test-hotkey` file:
 
 ```bash
-cat hotkeys/tst1_hotkey | jq
+cat hotkeys/test-hotkey | jq
 {
   "accountId": "0xc66695556006c79e278f487b01d44cf4bc611f195615a321bf3208f5e351621e",
   "publicKey": "0xc66695556006c79e278f487b01d44cf4bc611f195615a321bf3208f5e351621e",
+  "privateKey": "0x38d3ae3b6e4b5df8415d15f44f * * * 0f975749f835fc221b * * * cbaac9f5ba6b1c90978e3858 * * * f0e0470be681c0b28fe2d64",
   "secretPhrase": "pyramid xxx wide slush xxx hub xxx crew spin xxx easily xxx",
   "secretSeed": "0x6c359cc52ff1256c9e5 * * * 5536c * * * 892e9ffe4e4066ad2a6e35561d6964e",
   "ss58Address": "5GYqp3eKu6W7KxhCNrHrVaPjsJHHLuAs5jbYWfeNzVudH8DE"
 }
 ```
 
-The contents of the `hotkeys/tst1_hotkey` file are to be interpreted as below:
+The contents of the `hotkeys/test-hotkey` file are to be interpreted as below:
 
 - The fields `accountId` and `publicKey` contain the same value, just as seen in `coldkeypub.txt`. 
 - The `secretPhrase` and `secretSeed` are shown because the hotkey is by default not encrypted. 
@@ -243,11 +242,11 @@ You will see a terminal output like this:
 ```text
 Wallets
 └─
-    tst1_coldkey (5DJgMDvzC27QTBfmgGQaNWBQd8CKP9z5A12yjbG6TZ5bxNE1)
-       └── tst1_hotkey (5GYqp3eKu6W7KxhCNrHrVaPjsJHHLuAs5jbYWfeNzVudH8DE)
+    test-coldkey (5DJgMDvzC27QTBfmgGQaNWBQd8CKP9z5A12yjbG6TZ5bxNE1)
+       └── test-hotkey (5GYqp3eKu6W7KxhCNrHrVaPjsJHHLuAs5jbYWfeNzVudH8DE)
 ```
 
-The output will show only the `ss58Address` field values from the `coldkeypub.txt` and `tst1_hotkey` files of the wallets. 
+The output will show only the `ss58Address` field values from the `coldkeypub.txt` and `test-hotkey` files of the wallets.
 
 :::tip Use the ss58Address keys as destinations for TAO
 Use the above shown `ss58Address` field values as your public wallet addresses, i.e., as destinations for TAO transfers from another wallet to your wallet. For example, when using a command: `btcli wallet transfer`.
@@ -421,8 +420,11 @@ It is important that you update any legacy Bittensor wallets to the new NaCL for
 See the below example command and the terminal output:
 ```bash
 btcli wallet update
->> Do you want to update all legacy wallets? [y/n]: n
->> =====  wallet(tst1_coldkey, default, ~/.bittensor/wallets/)  =====
+```
+You will see an output like this:
+```bash
+>> Do you want to update all legacy wallets? [y/n]: y
+>> =====  wallet(test-coldkey, default, ~/.bittensor/wallets/)  =====
 >> ✅ Keyfile is updated. 
->> 🔑 Keyfile (NaCl encrypted, ~/.bittensor/wallets/tst1_coldkey/coldkey)>
+>> 🔑 Keyfile (NaCl encrypted, /Users/docwriter/.bittensor/wallets/test-coldkey/coldkey)>
 ```