Parameter Updates, Misc Updates

builders/build/eth-api/dev-env/thirdweb.md

@@ -140,7 +140,7 @@ npx thirdweb install
 
 Wrap your application in the `ThirdwebProvider` component and change the `activeChain` to Moonbeam.
 
-```jsx
+```javascript
 import { ThirdwebProvider } from '@thirdweb-dev/react';
 import { Moonbeam } from '@thirdweb-dev/chains';
 
@@ -157,7 +157,7 @@ const App = () => {
 
 To connect to your contract, use the SDK’s [`getContract`](https://portal.thirdweb.com/typescript/sdk.thirdwebsdk.getcontract){target=_blank} method.
 
-```jsx
+```javascript
 import { useContract } from '@thirdweb-dev/react';
 
 function App() {
@@ -171,7 +171,7 @@ For extension based functions, use the built-in supported hooks. There are sever
 
 - Use the NFTs extension to access a list of NFTs owned by an address via the [`useOwnedNFTs` hook](https://portal.thirdweb.com/react/react.useownednfts){target=_blank}:
 
-    ```jsx
+    ```javascript
     import { useOwnedNFTs, useContract, useAddress } from '@thirdweb-dev/react';
 
     // Your smart contract address
@@ -186,7 +186,7 @@ For extension based functions, use the built-in supported hooks. There are sever
 
 - Use the [`useContractRead` hook](https://portal.thirdweb.com/react/react.usecontractread){target=_blank} to call any read functions on your contract by passing in the name of the function you want to use:
 
-    ```jsx
+    ```javascript
     import { useContractRead, useContract } from '@thirdweb-dev/react';
 
     // Your smart contract address
@@ -201,7 +201,7 @@ For extension based functions, use the built-in supported hooks. There are sever
 
 - Use the [`useContractWrite` hook](https://portal.thirdweb.com/react/react.usecontractwrite){target=_blank} to call any write functions on your contract by passing in the name of the function you want to use:
 
-    ```jsx
+    ```javascript
     import {
       useContractWrite,
       useContract,
@@ -237,7 +237,7 @@ There are a couple of ways that you can create a custom [connect wallet](https:/
 
 The following example will show you how to use the `ConnectWallet` component. To go this route, you will need to specify the supported wallets and pass them to your provider.
 
-```jsx
+```javascript
 import {
   ThirdwebProvider,
   metamaskWallet,
@@ -273,7 +273,7 @@ function MyApp() {
 
 Next, you'll need to add in a connect wallet button to prompt end-users to login with any of the above supported wallets.
 
-```jsx
+```javascript
 import { ConnectWallet } from '@thirdweb-dev/react';
 
 function App() {

builders/integrations/wallets/walletconnect.md

@@ -142,7 +142,7 @@ const connect = async () => {
 
 Now that you have the `connect` function setup, you can create a **Connect Wallet** button that will call it `onClick`. You can replace the `{/* buttons and network details will go here */}` comment in the [template](https://github.com/papermoonio/moonbeam-walletconnect-template/blob/main/src/App.js#L124){target=_blank} with the following button:
 
-```jsx
+```js
 <Button onClick={connect}>Connect Wallet</Button>
 ```
 
@@ -202,7 +202,7 @@ const killSession = () => {
 
 Now that you have all of the logic required to handle the disconnection, you will need the **Disconnect** button that `onClick` will call the `killSession` function. Since you only want to display the **Disconnect** button once a user is connected, you can use [conditional renderering](https://reactjs.org/docs/conditional-rendering.html){target=_blank}. Conditional rendering allows you to check against certain variables and if a condition applies you can render one element or another. In this case, if you are not fetching the initial connection and the connector exists, you can render the **Disconnect** button, otherwise render the **Connect Wallet** button. You can replace the existing `<Button>` with the following:
 
-```jsx
+```js
 {connector && !fetching ? (
   <OutlinedButton onClick={killSession}>Disconnect</OutlinedButton>
 ) : (
@@ -290,7 +290,7 @@ useEffect(() => {
 
 Then to render these state variables on the page, you can include additional UI elements alongside the **Disconnect** button. Again, you can use conditional rendering to display specific details or an error message if the network is supported or not.
 
-```jsx
+```js
 {connector && !fetching ? (
   <LoadedData>
     <Data>
@@ -401,7 +401,7 @@ if ((!chainId || !account || !balance) && connector.connected) {
 
 Finally, you can display the account balance if the user is connected to a supported network. You can use the `symbol` state variable that was created earlier on in the guide to show the balance in **DEV** for Moonbase Alpha.
 
-```jsx
+```js
 {supported ? (
   <>
     <Data>
@@ -439,7 +439,7 @@ const sendTransaction = async () => {
 
 To initiate the transaction from the DApp, you will need to create a button, that `onClick` calls the `sendTransaction` function. This should only be done if the connected network is a supported network.
 
-```jsx
+```js
 {supported ? (
   <>
     <Data>

builders/pallets-precompiles/precompiles/proxy.md

@@ -76,7 +76,7 @@ There are multiple types of proxy roles that can be delegated to accounts, where
 
 ## Interact with the Solidity Interface {: #interact-with-the-solidity-interface }
 
-The following section will cover how to interact with the Proxy Precompile from Remix. Please note that **the Proxy Precompile can only be called from an EOA or by the [Batch Precompile](/builders/pallets-precompiles/precompiles/batch){target=_blank}.**.
+The following section will cover how to interact with the Proxy Precompile from Remix. Please note that **the Proxy Precompile can only be called from an EOA or by the [Batch Precompile](/builders/pallets-precompiles/precompiles/batch){target=_blank}**.
 
 ### Checking Prerequisites {: #checking-prerequisites }
 

builders/pallets-precompiles/precompiles/registry.md

@@ -38,7 +38,7 @@ The Registry Precompile is located at the following address:
 
 ??? code "PrecompileRegistry.sol"
 
-    ```sol
+    ```solidity
     --8<-- 'code/precompiles/registry/PrecompileRegistry.sol'
     ```
 

learn/platform/links.md

@@ -5,7 +5,7 @@ description: If you're new to Moonbeam or the Polkadot network, here are some im
 
 # Links
 
- - **[Substrate.dev](https://substrate.dev/){target=_blank}** - starting point for learning about [Substrate](/learn/platform/glossary/#substrate){target=_blank}, a Rust-based framework for developing blockchains. Moonbeam is developed using Substrate and uses many of the modules that come with it
+ - **[Substrate Docs](https://docs.substrate.io/){target=_blank}** - starting point for learning about [Substrate](/learn/platform/glossary/#substrate){target=_blank}, a Rust-based framework for developing blockchains. Moonbeam is developed using Substrate and uses many of the modules that come with it
  - **[Polkadot.network](https://polkadot.network/){target=_blank}** - learn about Polkadot, including the vision behind the network and how the system works, i.e., staking, governance, etc.
  - **[Polkadot-JS Apps](https://polkadot.js.org/apps){target=_blank}** - a web-based interface for interacting with Substrate based nodes, including Moonbeam
  - **[Solidity Docs](https://solidity.readthedocs.io/){target=_blank}** - Solidity is the main smart contract programming language supported by Ethereum and Moonbeam.  The Solidity docs site is very comprehensive

learn/platform/networks/moonbase.md

@@ -19,8 +19,8 @@ In order to collect as much feedback as possible and provide fast issue resoluti
 Moonbase Alpha has the following configuration:
 
  - Runs as a parachain connected to a relay chain
- - Has an active set of {{ networks.moonbase.staking.max_candidates }} collator nodes, including some run by PureStake
- - The relay chain hosts validators run by PureStake to finalize relay chain blocks. One of them is selected to finalize each block collated by Moonbeam's collators. This setup provides room to expand to a two-parachain configuration in the future
+ - Has an active set of {{ networks.moonbase.staking.max_candidates }} collator nodes run by the community
+ - The relay chain hosts validators to finalize relay chain blocks. One of them is selected to finalize each block collated by Moonbeam's collators. This setup provides room to expand to a two-parachain configuration in the future
  - Has infrastructure providers that provide [API endpoints](/builders/get-started/endpoints/){target=_blank} to connect to the network. Projects can also [run their own node](/node-operators/networks/run-a-node/){target=_blank} to have access to their own private endpoints
 
 ![TestNet Diagram](/images/learn/platform/networks/moonbase-diagram-v7.png)

learn/platform/networks/moonbeam.md

@@ -74,5 +74,5 @@ The Moonriver network is a fully decentralized Delegated Proof of Stake network
 
 ## Limitations {: #limitations } 
 
-Some [precompiles](https://docs.klaytn.com/smart-contract/precompiled-contracts){target=_blank} are yet to be included. You can check a list of supported precompiles on the [Canonical Contract page](/builders/pallets-precompiles/precompiles/){target=_blank}. However, all built-in functions are available.
+Some [precompiles](https://docs.klaytn.com/smart-contract/precompiled-contracts){target=_blank} are yet to be included. You can check a list of supported precompiles on the [Solidity Precompiles page](/builders/pallets-precompiles/precompiles/overview/){target=_blank}. However, all built-in functions are available.
 

learn/platform/networks/overview.md

@@ -11,8 +11,7 @@ An overview of our parachain deployments are as follows:
 
  - Moonbeam: deployment on Polkadot (_December 2021_)
  - Moonriver: deployment on Kusama (_June 2021_)
- - Moonrock: deployment on the Rococo TestNet (_May 2021_)
- - Moonbase Alpha: PureStake hosted parachain TestNet (_September 2020_) 
+ - Moonbase Alpha: Parachain TestNet for Moonbeam and Moonriver (_September 2020_) 
 
 This strategy allows us to de-risk software upgrades to Moonbeam on the Polkadot MainNet while still maintaining a reasonable update velocity.
 
@@ -32,12 +31,6 @@ Moonriver will offer parachain-related functionalities such as [XCMP](https://wi
 
 [Learn more about Moonriver](/learn/platform/networks/moonriver/).
 
-## Moonrock {: #moonrock } 
-
-We decided not to participate in the first parachain deployments to Rococo because we have been running our own parachain/relay chain setup since we launched our TestNet in September 2020.
-
-However, Moonrock was deployed to Rococo for the first time in May 2021. 
-
 ## Moonbase Alpha {: #moonbase-alpha } 
 
 This TestNet is a network hosted by PureStake. It features a parachain/relay chain scheme. The goal is to allow developers to test the Ethereum compatibility features of Moonbeam in a shared parachain environment without needing to run their own nodes or network.

learn/platform/tokens.md

@@ -16,13 +16,13 @@ This token is central to the design of Moonbeam and cannot be removed without sa
 
 ## Glimmer Token {: #glimmer-token } 
 
-In the Moonbeam deployment on Polkadot MainNet, this token is called Glimmer, as in, “that smart contract call will cost 3 Glimmer.”  The token symbol is GLMR.
+In the Moonbeam deployment on Polkadot MainNet, this token is called Glimmer, as in, “that smart contract call will cost 0.3 Glimmer.”  The token symbol is GLMR.
 
 You can find more information about Glimmer on the [Moonbeam Foundation](https://moonbeam.foundation/glimmer-token/) website.
 
 ## Moonriver Token {: #moonriver-token } 
 
-In the Moonbeam deployment on Kusama (called Moonriver), this token is called Moonriver, as in, “that smart contract call will cost 3 Moonriver.”  The token symbol will be MOVR.
+In the Moonbeam deployment on Kusama (called Moonriver), this token is called Moonriver, as in, “that smart contract call will cost 0.003 Moonriver.”  The token symbol will be MOVR.
 
 You can find more information about Moonriver on the [Moonbeam Foundation](https://moonbeam.foundation/moonriver-token/) website.
 

variables.yml

@@ -1,6 +1,6 @@
 networks:
   development:
-    build_tag: v0.32.1
+    build_tag: v0.32.2
     tracing_tag: purestake/moonbeam-tracing:v0.32.1-2401-latest
     rpc_url: http://127.0.0.1:9944
     wss_url: ws://127.0.0.1:9944
@@ -16,15 +16,15 @@ networks:
     chain_spec: alphanet
     block_explorer: https://moonbase.moonscan.io/
     spec_version: runtime-2403
-    parachain_release_tag: v0.32.1 # must be in this exact format for links to work
-    parachain_sha256sum: c065c2b892d09a19e053b20b168536e213d668ec17daab06ad2e9bfc29bbe97a
+    parachain_release_tag: v0.32.2 # must be in this exact format for links to work
+    parachain_sha256sum: 5e9ff749cbee2c2753d9cf35bcf44d17fff9cddfe94966c6551a39ff085cdfb4
     tracing_tag: purestake/moonbeam-tracing:v0.32.1-2401-latest
     gas_block: 15M
     gas_tx: 12.995M
     node_directory: /var/lib/alphanet-data
     node_db_loc: /chains/moonbase_alpha/db
     binary_name: moonbeam
-    min_gas_price: 1
+    min_gas_price: 0.125
     block_time: 12
     website_faucet_amount: 1.1 DEV tokens
     chaindrop_faucet_amount: 0.1 DEV tokens
@@ -282,7 +282,7 @@ networks:
       min_can_stk: 500
       min_can_stk_wei: 500000000000000000000
       collator_map_bond: 100
-      max_candidates: 37
+      max_candidates: 36
       round_blocks: 600
       round_hours: 2
       min_del_stake: 1
@@ -388,14 +388,14 @@ networks:
     chain_id: 1285
     hex_chain_id: '0x505'
     node_directory: /var/lib/moonriver-data
-    parachain_release_tag: v0.32.1
-    parachain_sha256sum: c065c2b892d09a19e053b20b168536e213d668ec17daab06ad2e9bfc29bbe97a
+    parachain_release_tag: v0.32.2
+    parachain_sha256sum: 5e9ff749cbee2c2753d9cf35bcf44d17fff9cddfe94966c6551a39ff085cdfb4
     tracing_tag: purestake/moonbeam-tracing:v0.32.1-2401-latest
     chain_spec: moonriver
     block_explorer: https://moonriver.moonscan.io/
     spec_version: runtime-2403
     binary_name: moonbeam
-    min_gas_price: 1
+    min_gas_price: 1.25
     block_time: 12
     gas_block: 15M
     gas_tx: 12.995M
@@ -727,14 +727,14 @@ networks:
     chain_id: 1284
     hex_chain_id: '0x504'
     node_directory: /var/lib/moonbeam-data
-    parachain_release_tag: v0.32.1
-    parachain_sha256sum: c065c2b892d09a19e053b20b168536e213d668ec17daab06ad2e9bfc29bbe97a
+    parachain_release_tag: v0.32.2
+    parachain_sha256sum: 5e9ff749cbee2c2753d9cf35bcf44d17fff9cddfe94966c6551a39ff085cdfb4
     tracing_tag: purestake/moonbeam-tracing:v0.32.1-2401-latest
     chain_spec: moonbeam
     block_explorer: https://moonscan.io
     spec_version: runtime-2403
     binary_name: moonbeam
-    min_gas_price: 100
+    min_gas_price: 125
     block_time: 12
     gas_block: 15M
     gas_tx: 12.995M
@@ -932,7 +932,7 @@ networks:
       min_can_stk: 2000000
       min_can_stk_wei: 2000000000000000000000000
       collator_map_bond: 10000
-      max_candidates: 72
+      max_candidates: 76
       round_blocks: 1800
       round_hours: 6
       min_del_stake: 50
@@ -1040,7 +1040,7 @@ networks:
       metadata_byte_deposit: .01
     orbiter:
       max_orbiters_per_collator: 6
-      max_collators: 4
+      max_collators: 5
       active:
         rounds: 1
         hours: 6