HyperSDK Course Nits (#177)

Author: RodrigoVillar

content/course/hypersdk/01-hypersdk-starter-kit/01-hypersdk-starter-kit.mdx

@@ -7,7 +7,7 @@ icon: Book
 ---
 
 
-To make easier your journey through this course, we have prepared a HyperSDK Starter Kit repo consisting of everything you will need to start developing your own HyperSDK based virtual machine on Avalanche. This repo will provide a containerized environment with the following components:
+To make easier your journey through this course, we have prepared a HyperSDK Starter Kit [repo](https://github.com/ava-labs/hypersdk-starter-kit) consisting of everything you will need to start developing your own HyperSDK based virtual machine on Avalanche. This repo will provide a containerized environment with the following components:
 
 - Boilerplate VM based on MorpheusVM
 - Universal frontend

content/course/hypersdk/02-concepts/02-actions.mdx

@@ -12,7 +12,7 @@ Actions implement the following `chain.Action` interface. It requires additional
 
 ```go
 ComputeUnits(Rules) uint64
-StateKeys(actor codec.Address, actionID ids.ID) state.Keys
+StateKeys(actor codec.Address) state.Keys
 GetTypeID() uint8
 ValidRange(Rules) (start int64, end int64)
 Execute(
@@ -31,7 +31,7 @@ StateKeys() provides a description of exactly how key-value pairs in the state w
 For example, a Transfer action implements this method as:
 
 ```go
-func (t *Transfer) StateKeys(actor codec.Address, _ ids.ID) state.Keys {
+func (t *Transfer) StateKeys(actor codec.Address) state.Keys {
  return state.Keys{
   string(storage.BalanceKey(actor)): state.Read | state.Write,
   string(storage.BalanceKey(t.To)):  state.All,

content/course/hypersdk/index.mdx

@@ -10,7 +10,7 @@ HyperSDK is a high performance, customizable framework for building virtual mach
 
 Many blockchains are powered by a single Virtual Machine (VM) that is optimized for general-purpose use cases, such as the EVM or a MoveVM. The application logic is implemented in smart contracts that run on top of the VM. While this approach allows anyone do deploy their application on the blockchain, this additional layer introduces inefficiencies and complexity.
 
-Multi-chain systems, like Avalanche, allow for the customization o the execution layer of the blockchain. They have the ability to run multiple blockchains with customized Virtual Machines. This gives developers the option to implement their application logic into the Virtual Machine itself. With that each blockchain's VM is optimized for specialized use cases and much more efficient that building on top of a general-purpose VM.
+Multi-chain systems, like Avalanche, allow for the customization of the execution layer of the blockchain. They have the ability to run multiple blockchains with customized Virtual Machines. This gives developers the option to implement their application logic into the Virtual Machine itself. With that each blockchain's VM is optimized for specialized use cases and much more efficient that building on top of a general-purpose VM.
 
 ## Why Take This Course?