update graphql

README.md

@@ -18,7 +18,7 @@ This project uses Ankr RPC to deploy the game smart contracts. See the hardhat c
 ### Aztec
 
 A contract written in Noir is used to verify the validity of the challenger's committed strategy. By providing a proof generated by Noir, the game smart contract can use the on-chain verifier to ensure the strategy is valid. The Noir verifier checks if the fighter exists and if the moves are valid.
-[Noir circuits](https://github.com/arjanjohan/scroll-fighter/tree/main/packages/noir)
+[Noir circuit](https://github.com/arjanjohan/scroll-fighter/blob/main/packages/noir/src/main.nr)
 [UltraVerifier on Scroll Sepolia](https://sepolia.scrollscan.com/address/0xc15BC025d57bec9FA39e18701b4f0b3b5a067B6C#code)
 
 ### The Graph
@@ -33,7 +33,6 @@ Due to the limited time, I could not complete everything I set out to do. Additi
 
 - Overview of current games, using The Graph to query existing games.
 - Create open games (anyone can join/accept)
-- Using NFT's as fighters
 
 ## Links
 

packages/graph/schema.graphql

@@ -53,3 +53,17 @@ type GameProposed @entity(immutable: true) {
   blockTimestamp: BigInt!
   transactionHash: Bytes!
 }
+
+type Game @entity {
+  id: BigInt! # uint256
+  wageredAmount: BigInt! # uint256
+  player1: Bytes! # address
+  player2: Bytes! # address
+  winner: Bytes! # address
+  fighterIds: [BigInt!]! # uint256
+  moves: [[BigInt!]!]! # uint256
+  state: String!
+  blockNumber: BigInt!
+  blockTimestamp: BigInt!
+  transactionHash: Bytes!
+}

packages/graph/src/contract.ts

@@ -92,4 +92,5 @@ export function handleGameProposed(event: GameProposedEvent): void {
   entity.transactionHash = event.transaction.hash
 
   entity.save()
+
 }