Fix diamond storage issues

blockchain/contracts/contracts/lit-node/BackupRecovery/BackupRecoveryFacet.sol

@@ -489,7 +489,7 @@ contract BackupRecoveryFacet {
         );
 
         LibBackupRecoveryStorage.RecoveredPeerId[]
-            storage recovered_peer_ids = s().recovered_peer_ids;
+            storage recovered_peer_ids = s().recovered_peer_ids[0];
         for (uint256 i = 0; i < recovered_peer_ids.length; i++) {
             if (recovered_peer_ids[i].node_address == msg.sender) {
                 recovered_peer_ids[i].old_peer_id = old_peer_id;
@@ -517,7 +517,7 @@ contract BackupRecoveryFacet {
         view
         returns (LibBackupRecoveryStorage.RecoveredPeerId[] memory peer_ids)
     {
-        return s().recovered_peer_ids;
+        return s().recovered_peer_ids[0];
     }
 
     /**

blockchain/contracts/contracts/lit-node/BackupRecovery/LibBackupRecoveryStorage.sol

@@ -35,6 +35,8 @@ library LibBackupRecoveryStorage {
     struct RecoveryKey {
         bytes pubkey;
         uint256 keyType; // see rust/lit-node/src/tss/common/curve_type.rs 1 = BLS, 2 = K256, etc.  Not doing this in an enum so we can add more keytypes in the future without redeploying.
+        // NOTE: DO NOT ADD ANYTHING TO THIS STRUCT SINCE IT IS NOT CONTAINED IN A MAPPING IN THE ROOT LEVEL STORAGE STRUCT
+        // AND MAY RESULT IN STORAGE POINTERS SHIFTING.
     }
 
     /**
@@ -99,7 +101,8 @@ library LibBackupRecoveryStorage {
         // A mapping from the node address and peer id of a recovering node to the peer id
         // of the node which generated the the private shares that it recovered.
         // Necessary for the first DKG after the recovery
-        RecoveredPeerId[] recovered_peer_ids;
+        // Use recovered_peer_ids[0] for now.
+        mapping(uint256 => RecoveredPeerId[]) recovered_peer_ids;
     }
 
     function getStorage()

blockchain/contracts/contracts/lit-node/PriceFeed.sol

@@ -48,7 +48,7 @@ contract PriceFeed {
             s.baseNetworkPrices[i] = baseAmount;
             s.maxNetworkPrices[i] = baseAmount * 100;
         }
-        s.nodeCapacityConfig = LibPriceFeedStorage.NodeCapacityConfig({
+        s.nodeCapacityConfigs[0] = LibPriceFeedStorage.NodeCapacityConfig({
             pkpSignMaxConcurrency: 75,
             encSignMaxConcurrency: 300,
             litActionMaxConcurrency: 50,

blockchain/contracts/contracts/lit-node/PriceFeed/LibPriceFeedStorage.sol

@@ -71,7 +71,8 @@ library LibPriceFeedStorage {
         mapping(uint256 => uint256) baseNetworkPrices;
         mapping(uint256 => uint256) maxNetworkPrices;
         mapping(LitActionPriceComponent => LitActionPriceConfig) litActionPriceConfigs;
-        NodeCapacityConfig nodeCapacityConfig;
+        // Use nodeCapacityConfigs[0] for now.
+        mapping(uint256 => NodeCapacityConfig) nodeCapacityConfigs;
     }
 
     // Return ERC721 storage struct for reading and writing

blockchain/contracts/contracts/lit-node/PriceFeed/PriceFeedFacet.sol

@@ -145,7 +145,7 @@ contract PriceFeedFacet is ERC2771 {
         view
         returns (LibPriceFeedStorage.NodeCapacityConfig memory)
     {
-        return s().nodeCapacityConfig;
+        return s().nodeCapacityConfigs[0];
     }
 
     // get all the nodes and data needed to make a request.
@@ -240,7 +240,7 @@ contract PriceFeedFacet is ERC2771 {
     function setNodeCapacityConfig(
         LibPriceFeedStorage.NodeCapacityConfig memory config
     ) external onlyOwner {
-        s().nodeCapacityConfig = config;
+        s().nodeCapacityConfigs[0] = config;
     }
 
     function getLitActionPriceConfigs()

blockchain/contracts/contracts/lit-node/Staking/LibStakingStorage.sol

@@ -135,6 +135,8 @@ library LibStakingStorage {
     struct PendingRejoin {
         address addr;
         uint256 timestamp;
+        // NOTE: DO NOT ADD ANYTHING TO THIS STRUCT SINCE IT IS NOT CONTAINED IN A MAPPING IN THE ROOT LEVEL STORAGE STRUCT
+        // AND MAY RESULT IN STORAGE POINTERS SHIFTING.
     }
 
     struct Epoch {