Update SDK docs for chainId => centrifugeId

docs/developer/centrifuge-sdk/buying-or-selling-defi-assets/index.md

@@ -40,12 +40,12 @@ For testing purposes, you can connect to testnet instead by setting environment:
 const poolId = new PoolId(1);
 const pool = await centrifuge.pool(poolId);
 const scId = ShareClassId.from(poolId, 1);
-const chainId = 11155111; // Ethereum Sepolia
+const centrifugeId = 1; // Centrifuge network ID
 
 const poolNetworks = await pool.activeNetworks();
 
 const poolNetwork = poolNetworks.filter(
-  (activeNetwork) => activeNetwork.chainId === chainId
+  (activeNetwork) => activeNetwork.centrifugeId === centrifugeId
 );
 
 await poolNetwork.deployMerkleProofManager();
@@ -57,15 +57,15 @@ Retrieve the deployed Merkle Proof Manager and set it as a BalanceSheet manager:
 
 ```typescript
 const merkleProofManager = await poolNetwork.merkleProofManager();
-await poolNetwork.updateBalanceSheetManagers([{ chainId, address: merkleProofManager.address, canManage: true }]),
+await poolNetwork.updateBalanceSheetManagers([{ centrifugeId, address: merkleProofManager.address, canManage: true }]),
 ```
 
 ## 4. Setup policies
 
 Policies define specific contract methods that strategists are authorized to execute for managing pool assets. The Merkle Proof Manager controls access to balance sheet functions and enables whitelisting of strategists, allowing them to perform approved operations securely:
 
 ```typescript
-const addresses = await centrifuge._protocolAddresses(chainId);
+const addresses = await centrifuge._protocolAddresses(centrifugeId);
 const strategist = "0xStrategistAddress";
 
 const vaultDepositPolicy = {

docs/developer/centrifuge-sdk/invest-into-a-vault/index.md

@@ -53,17 +53,17 @@ If you’re using a private key or server-side setup, you can also provide a [Vi
 ## 3. Get a pool and vault
 
 Each pool can contain multiple share classes and each share class can have multiple vaults issuing tokens against an deposit asset.
-You need the pool ID, share class ID, chain ID, and asset address.
+You need the pool ID, share class ID, centrifuge ID, and asset address.
 
 ```typescript
 // Get a pool by ID
 const poolId = new PoolId(1);
 const pool = await centrifuge.pool(poolId);
 const scId = ShareClassId.from(poolId, 1);
 const assetId = AssetId.from(centId, 1);
-const chainId = 11155111; // Ethereum Sepolia
+const centrifugeId = 1; // Centrifuge network ID
 // Get a vault
-const vault = await pool.vault(chainId, scId, assetId);
+const vault = await pool.vault(centrifugeId, scId, assetId);
 ```
 
 ## 4. Deposit into the vault

docs/developer/centrifuge-sdk/query-data-of-a-pool/index.md

@@ -70,15 +70,15 @@ console.log(metadata);
 ## 5. Query a vault
 
 Each pool can contain multiple tokens and each token can have multiple vaults.
-You can query a single vault using pool ID, token ID, chain ID, and asset address:
+You can query a single vault using pool ID, token ID, centrifuge ID, and asset address:
 
 ```typescript
 // Get tokenId based on previously defined poolId
 const tokenId = ShareClassId.from(poolId, 1);
 const assetId = AssetId.from(centId, 1);
-const chainId = 11155111; // Ethereum Sepolia
+const centrifugeId = 1; // Centrifuge network ID
 // Get a vault
-const vault = await pool.vault(chainId, tokenId, assetId);
+const vault = await pool.vault(centrifugeId, tokenId, assetId);
 ```
 
 or if you do not know token ID and asset ID you can do:
@@ -97,7 +97,7 @@ const vaults = await poolNetwork.vaults(tokenId);
 
 // OR
 
-const vaults = await shareClass.vaults(chainId);
+const vaults = await shareClass.vaults(centrifugeId);
 
 // OR if we do have asset address