GitBook: [master] 12 pages modified

Author: Jay Kurahashi-Sofue

README.md

@@ -22,7 +22,7 @@ description: >-
 {% endtab %}
 
 {% tab title="Staking" %}
-{% page-ref page="build/run-avalanche-node.md" %}
+{% page-ref page="build/tutorials/nodes-and-staking/run-avalanche-node.md" %}
 
 {% page-ref page="build/tutorials/nodes-and-staking/" %}
 {% endtab %}

SUMMARY.md

@@ -16,7 +16,6 @@
 
 ## Build
 
-* [Run an Avalanche Node](build/run-avalanche-node.md)
 * [Release Notes](build/release-notes/README.md)
   * [Email Alerts](http://eepurl.com/heNhSX)
   * [AvalancheGo Release Notes](build/release-notes/avalanchego.md)
@@ -33,13 +32,14 @@
   * [Nodes and Staking](build/tutorials/nodes-and-staking/README.md)
     * [Add a Validator](build/tutorials/nodes-and-staking/add-a-validator.md)
     * [Maintain an Avalanche Node](https://youtu.be/o4Fww-sHoaQ)
+    * [Node backup and restore](build/tutorials/nodes-and-staking/node-backup-and-restore.md)
+    * [Run an Avalanche Node](build/tutorials/nodes-and-staking/run-avalanche-node.md)
     * [Run an Avalanche Node and Become a Validator](https://youtu.be/ZyQPeSSCbYU)
     * [Run an Avalanche Node with Oracle VM VirtualBox](https://www.youtube.com/watch?v=7Tx1iKg-jL0)
     * [Run an Avalanche Node and Stake with the Avalanche Wallet](https://youtu.be/ZyQPeSSCbYU)
     * [Run an Avalanche Node with Amazon Web Services \(AWS\)](build/tutorials/nodes-and-staking/setting-up-an-avalanche-node-with-amazon-web-services-aws.md)
     * [Run an Avalanche Node with Microsoft Azure](build/tutorials/nodes-and-staking/set-up-an-avalanche-node-with-microsoft-azure.md)
     * [Run an Avalanche Node on Linux using Install Script](build/tutorials/nodes-and-staking/set-up-node-with-installer.md)
-    * [Node backup and restore](build/tutorials/nodes-and-staking/node-backup-and-restore.md)
     * [Run an Avalanche Node Monitoring](build/tutorials/nodes-and-staking/setting-up-node-monitoring.md)
     * [Stake AVAX, by Validating or Delegating, with the Avalanche Wallet](build/tutorials/nodes-and-staking/staking-avax-by-validating-or-delegating-with-the-avalanche-wallet.md)
     * [Upgrade Your AvalancheGo Node](build/tutorials/nodes-and-staking/upgrade-your-avalanchego-node.md)

build/tutorials/nodes-and-staking/add-a-validator.md

@@ -12,7 +12,7 @@ Note that once you issue the transaction to add a node as a validator, there is
 
 ## Requirements
 
-You've completed [Run an Avalanche Node](../../run-avalanche-node.md) and are familiar with [Avalanche's architecture](../../../learn/platform-overview/). In this tutorial, we use [Avalanche’s Postman collection](https://github.com/ava-labs/avalanche-postman-collection) to help us make API calls.
+You've completed [Run an Avalanche Node](run-avalanche-node.md) and are familiar with [Avalanche's architecture](../../../learn/platform-overview/). In this tutorial, we use [Avalanche’s Postman collection](https://github.com/ava-labs/avalanche-postman-collection) to help us make API calls.
 
 In order to ensure your node is well-connected, make sure that your node can receive and send TCP traffic on the staking port \(`9651` by default\) and that you started your node with command line argument `--public-ip=[YOUR NODE'S PUBLIC IP HERE]`. Failing to do either of these may jeopardize your staking reward.
 

build/run-avalanche-node.md build/tutorials/nodes-and-staking/run-avalanche-node.md

@@ -19,7 +19,7 @@ If your issue isn’t addressed in the FAQ, come ask for help in the [Avalanche
 If you're interested in using a third-party service to host your node or run a validator, [check out the options](https://docs.avax.network/learn/community#blockchain-infrastructure-and-node-services).
 {% endhint %}
 
-This tutorial is primarily geared toward developers and people interested in how the Avalanche Platform works. If you're just interested in setting up a node for staking, you may want to follow the [Set Up Avalanche Node With Installer](tutorials/nodes-and-staking/set-up-node-with-installer.md) tutorial instead. Installer automates the installation process and sets it up as a system service, which is recommended for unattended operation. You may also try things out by following this tutorial first, and then later set up the node using the installer as a permanent solution.
+This tutorial is primarily geared toward developers and people interested in how the Avalanche Platform works. If you're just interested in setting up a node for staking, you may want to follow the [Set Up Avalanche Node With Installer](set-up-node-with-installer.md) tutorial instead. Installer automates the installation process and sets it up as a system service, which is recommended for unattended operation. You may also try things out by following this tutorial first, and then later set up the node using the installer as a permanent solution.
 
 
 
@@ -115,7 +115,7 @@ When the node starts, it has to bootstrap \(catch up with the rest of the networ
 
 `INFO [06-07|19:54:06] <X Chain> /snow/engine/avalanche/transitive.go#80: bootstrapping finished with 1 vertices in the accepted frontier`
 
-To check if a given chain is done bootstrapping, in another terminal window call [`info.isBootstrapped`](avalanchego-apis/info-api.md#info-isbootstrapped) by copying and pasting the following command:
+To check if a given chain is done bootstrapping, in another terminal window call [`info.isBootstrapped`](../../avalanchego-apis/info-api.md#info-isbootstrapped) by copying and pasting the following command:
 
 ```cpp
 curl -X POST --data '{
@@ -130,7 +130,7 @@ curl -X POST --data '{
 
 If this returns `true`, the chain is bootstrapped. If you make an API call to a chain that is not done bootstrapping, it will return `API call rejected because chain is not done bootstrapping`. If your node never finishes bootstrapping, follow [this FAQ](http://support.avalabs.org/en/articles/4593908-is-my-node-done-bootstrapping), if you are still experiencing issues please contact us on [Discord.](https://chat.avalabs.org/)
 
-Your node is running and connected now. If you want to use your node as a validator on the main net, check out [this tutorial](tutorials/nodes-and-staking/add-a-validator.md#add-a-validator-with-avalanche-wallet) to find out how to add your node as a validator using the web wallet.
+Your node is running and connected now. If you want to use your node as a validator on the main net, check out [this tutorial](add-a-validator.md#add-a-validator-with-avalanche-wallet) to find out how to add your node as a validator using the web wallet.
 
 You can use `Ctrl + C` to kill the node.
 
@@ -142,7 +142,7 @@ To connect to the Fuji Testnet instead of the main net, use argument `--network-
 
 ### Create a Keystore User
 
-Avalanche nodes provide a built-in **Keystore.** The Keystore manages users and is a lot like a [wallet](http://support.avalabs.org/en/articles/4587108-what-is-a-blockchain-wallet). A user is a password-protected identity that a client can use when interacting with blockchains. **You should only create a keystore user on a node that you operate, as the node operator has access to your plaintext password.** To create a user, call [`keystore.createUser`](avalanchego-apis/keystore-api.md#keystore-createuser):
+Avalanche nodes provide a built-in **Keystore.** The Keystore manages users and is a lot like a [wallet](http://support.avalabs.org/en/articles/4587108-what-is-a-blockchain-wallet). A user is a password-protected identity that a client can use when interacting with blockchains. **You should only create a keystore user on a node that you operate, as the node operator has access to your plaintext password.** To create a user, call [`keystore.createUser`](../../avalanchego-apis/keystore-api.md#keystore-createuser):
 
 ```cpp
 curl -X POST --data '{
@@ -166,17 +166,17 @@ The response should be:
 }
 ```
 
-Now, you have a user on this node. Keystore data exists at the node level. Users you create on one node’s Keystore do not exist on other nodes but you can import/export users to/from the Keystore. See the [Keystore API](avalanchego-apis/keystore-api.md) to see how.
+Now, you have a user on this node. Keystore data exists at the node level. Users you create on one node’s Keystore do not exist on other nodes but you can import/export users to/from the Keystore. See the [Keystore API](../../avalanchego-apis/keystore-api.md) to see how.
 
 {% hint style="danger" %}
 **You should only keep a small amount of your funds on your node.** Most of your funds should be secured by a mnemonic that is not saved to any computer.
 {% endhint %}
 
 ### Create an Address
 
-Avalanche is a platform of heterogeneous blockchains, one of which is the [X-Chain](../learn/platform-overview/#exchange-chain-x-chain), which acts as a decentralized platform for creating and trading digital assets. We are now going to create an address to hold AVAX on our node.
+Avalanche is a platform of heterogeneous blockchains, one of which is the [X-Chain](../../../learn/platform-overview/#exchange-chain-x-chain), which acts as a decentralized platform for creating and trading digital assets. We are now going to create an address to hold AVAX on our node.
 
-To create a new address on the X-Chain, call [`avm.createAddress`](avalanchego-apis/exchange-chain-x-chain-api.md#avm-createaddress), a method of the [X-Chain’s API](avalanchego-apis/exchange-chain-x-chain-api.md):
+To create a new address on the X-Chain, call [`avm.createAddress`](../../avalanchego-apis/exchange-chain-x-chain-api.md#avm-createaddress), a method of the [X-Chain’s API](../../avalanchego-apis/exchange-chain-x-chain-api.md):
 
 ```cpp
 curl -X POST --data '{
@@ -220,7 +220,7 @@ Go to [Avalanche Wallet](https://wallet.avax.network). Click `Access Wallet`, th
 
 Click the `Send` tab on the left. For amount, select, `.002` AVAX. Enter the address of your node, then click `Confirm`.
 
-![web wallet send tab](../.gitbook/assets/web-wallet-send-tab%20%284%29%20%284%29%20%285%29%20%285%29%20%286%29%20%287%29%20%284%29%20%281%29%20%289%29.png)
+![web wallet send tab](../../../.gitbook/assets/web-wallet-send-tab%20%284%29%20%284%29%20%285%29%20%285%29%20%286%29%20%287%29%20%284%29%20%281%29%20%289%29.png)
 
 We can check an address’s balance of a given asset by calling `avm.getBalance`, another method of the X-Chain’s API. Let’s check that the transfer went through:
 
@@ -282,7 +282,7 @@ If you want to specify a particular address where change should go, you can spec
 
 In order to prevent spam, Avalanche requires the payment of a transaction fee. The transaction fee will be automatically deducted from an address controlled by your user when you issue a transaction. Keep that in mind when you’re checking balances below.
 
-{% page-ref page="../learn/platform-overview/transaction-fees.md" %}
+{% page-ref page="../../../learn/platform-overview/transaction-fees.md" %}
 
 When you send this request, the node will authenticate you using your username and password. Then, it will look through all the [private keys](http://support.avalabs.org/en/articles/4587058-what-are-public-and-private-keys) controlled by your user until it finds enough AVAX to satisfy the request.
 
@@ -301,7 +301,7 @@ The response contains the transaction’s ID. It will be different for every inv
 
 #### Checking the Transaction Status
 
-This transaction will only take a second or two to finalize. We can check its status with [`avm.getTxStatus`](avalanchego-apis/exchange-chain-x-chain-api.md#avm-gettxstatus):
+This transaction will only take a second or two to finalize. We can check its status with [`avm.getTxStatus`](../../avalanchego-apis/exchange-chain-x-chain-api.md#avm-gettxstatus):
 
 ```cpp
 curl -X POST --data '{
@@ -356,15 +356,15 @@ The response should be:
 
 In the same fashion, we could check `X-avax1xeaj0h9uy7c5jn6fxjp0rg4g39jeh0hl27vf75` to see that AVAX we sent was deducted from its balance, as well as the transaction fee.
 
-{% page-ref page="tutorials/nodes-and-staking/add-a-validator.md" %}
+{% page-ref page="add-a-validator.md" %}
 
-{% page-ref page="tools/avalanchejs/create-an-asset-on-the-x-chain.md" %}
+{% page-ref page="../../tools/avalanchejs/create-an-asset-on-the-x-chain.md" %}
 
-{% page-ref page="tutorials/platform/create-a-new-blockchain.md" %}
+{% page-ref page="../platform/create-a-new-blockchain.md" %}
 
-{% page-ref page="tutorials/platform/create-a-subnet.md" %}
+{% page-ref page="../platform/create-a-subnet.md" %}
 
-{% page-ref page="avalanchego-apis/" %}
+{% page-ref page="../../avalanchego-apis/" %}
 
-{% page-ref page="references/" %}
+{% page-ref page="../../references/" %}
 

build/tutorials/platform/create-a-new-blockchain.md

@@ -8,7 +8,7 @@ In this tutorial, we’ll create a blockchain by creating a new instance of the
 
 ### Prerequisites
 
-You will need a running node, a user on the node, and some AVAX in the address controlled by the user. All of that is covered in the [Run an Avalanche Node](../../run-avalanche-node.md) tutorial.
+You will need a running node, a user on the node, and some AVAX in the address controlled by the user. All of that is covered in the [Run an Avalanche Node](../nodes-and-staking/run-avalanche-node.md) tutorial.
 
 Next, you need to have your node be a validator on the [Primary Network](http://support.avalabs.org/en/articles/4135650-what-is-the-primary-network). You can find out how to do that in the [Add a Validator](../nodes-and-staking/add-a-validator.md) tutorial. It is recommended you do that [with API calls](../nodes-and-staking/add-a-validator.md#add-a-validator-with-api-calls), since that is the way you will be interacting with your node in the rest of this tutorial.
 

build/tutorials/platform/transfer-avax-between-x-chain-and-c-chain.md

@@ -6,7 +6,7 @@ AVAX tokens exist on the X-Chain, where they can be traded, on the P-Chain, wher
 
 ## Requirements
 
-You've completed [Run an Avalanche Node](../../run-avalanche-node.md) and are familiar with [Avalanche's architecture](../../../learn/platform-overview/).
+You've completed [Run an Avalanche Node](../nodes-and-staking/run-avalanche-node.md) and are familiar with [Avalanche's architecture](../../../learn/platform-overview/).
 
 In order to send AVAX, you need to have some AVAX! You can get real AVAX by buying it on an exchange, or you can get testnet AVAX from the [AVAX Test Faucet](https://faucet.avax-test.network), which is a free and easy way to get to play around with Avalanche.
 

build/tutorials/platform/transfer-avax-between-x-chain-and-p-chain.md

@@ -6,7 +6,7 @@ AVAX tokens exist on the X-Chain, where they can be traded, on the P-Chain, wher
 
 ## Requirements
 
-You've completed [Getting Started](../../run-avalanche-node.md) and are familiar with [Avalanche's architecture](../../../learn/platform-overview/).
+You've completed [Getting Started](../nodes-and-staking/run-avalanche-node.md) and are familiar with [Avalanche's architecture](../../../learn/platform-overview/).
 
 In order to send AVAX, you need to have some AVAX! You can get real AVAX by buying it on an exchange, or you can get testnet AVAX from the [AVAX Test Faucet](https://faucet.avax-test.network), which is a free and easy way to get to play around with Avalanche.
 

build/tutorials/smart-contracts/using-truffle-with-the-avalanche-c-chain.md

@@ -6,7 +6,7 @@
 
 ## Requirements
 
-You've completed [Run an Avalanche Node](../../run-avalanche-node.md) and are familiar with [Avalanche's architecture](../../../learn/platform-overview/). You've also performed a cross-chain swap via the [Transfer AVAX Between X-Chain and C-Chain](../platform/transfer-avax-between-x-chain-and-c-chain.md) tutorial to get funds to your C-Chain address.
+You've completed [Run an Avalanche Node](../nodes-and-staking/run-avalanche-node.md) and are familiar with [Avalanche's architecture](../../../learn/platform-overview/). You've also performed a cross-chain swap via the [Transfer AVAX Between X-Chain and C-Chain](../platform/transfer-avax-between-x-chain-and-c-chain.md) tutorial to get funds to your C-Chain address.
 
 ## Dependencies
 

build/tutorials/smart-digital-assets/create-a-fix-cap-asset.md

@@ -8,7 +8,7 @@ Suppose there is an Income Sharing Agreement \(ISA\) with 10M shares, and no mor
 
 ## Requirements
 
-You've completed [Run an Avalanche Node](../../run-avalanche-node.md) and are familiar with [Avalanche's architecture](../../../learn/platform-overview/).
+You've completed [Run an Avalanche Node](../nodes-and-staking/run-avalanche-node.md) and are familiar with [Avalanche's architecture](../../../learn/platform-overview/).
 
 ## Create the Asset
 

build/tutorials/smart-digital-assets/creating-a-nft-part-1.md

@@ -10,7 +10,7 @@ In this tutorial, we’ll create and send NFTs using AvalancheGo’s API. In a f
 
 ## Requirements
 
-You've completed [Run an Avalanche Node](../../run-avalanche-node.md) and are familiar with [Avalanche's architecture](../../../learn/platform-overview/). In this tutorial, we use [Avalanche’s Postman collection](https://github.com/ava-labs/avalanche-postman-collection) to help us make API calls.
+You've completed [Run an Avalanche Node](../nodes-and-staking/run-avalanche-node.md) and are familiar with [Avalanche's architecture](../../../learn/platform-overview/). In this tutorial, we use [Avalanche’s Postman collection](https://github.com/ava-labs/avalanche-postman-collection) to help us make API calls.
 
 ## Create the NFT Family
 

build/tutorials/smart-digital-assets/creating-a-variable-cap-asset.md

@@ -13,7 +13,7 @@ Suppose that we want to issue an asset that represents shares of a corporation.
 
 ## Requirements
 
-You've completed [Run an Avalanche Node](../../run-avalanche-node.md) and are familiar with [Avalanche's architecture](../../../learn/platform-overview/).
+You've completed [Run an Avalanche Node](../nodes-and-staking/run-avalanche-node.md) and are familiar with [Avalanche's architecture](../../../learn/platform-overview/).
 
 ## Create the Asset