add caldera smoke test

scripts/config.ts

@@ -299,11 +299,9 @@ function writeConfigs(argv: any) {
         }
     }
 
-
-    const baseConfJSON = JSON.stringify(baseConfig)
-
     baseConfig.node["data-availability"]["sequencer-inbox-address"] = ethers.utils.hexlify(getChainInfo()[0]["rollup"]["sequencer-inbox"]);
 
+    const baseConfJSON = JSON.stringify(baseConfig)
 
     if (argv.simple) {
         let simpleConfig = JSON.parse(baseConfJSON)

smoke-test-caldera.bash

@@ -0,0 +1,39 @@
+#!/usr/bin/env bash
+set -euo pipefail
+
+# check that the relay is working
+listen_to_sequencer_feed() {
+    #  Listen to the sequencer feed and check if the sender address is detected
+    while read -r message; do
+        # Check if the message contains the specific sender address
+        if [[ "$message" == *"\"sender\":\"0xdd6bd74674c356345db88c354491c7d3173c6806\""* ]]; then
+            echo "Sender address detected"
+            break
+        fi
+    done < <(wscat -c ws://127.0.0.1:9652)
+}
+
+
+#  Run caldera with batch poster, sequencer, full node, validator and an anytrust chain which runs the dasserver
+./test-node.bash --init-force --validate --batchposters 1 --latest-espresso-image --detach --l2-anytrust
+docker compose up -d full-node --detach
+
+# Sending L2 transaction through the full-node's api
+user=user_l2user
+./test-node.bash script send-l2 --l2url ws://full-node:8548 --ethamount 100 --to $user --wait
+
+# Check the balance from full-node's api
+userAddress=$(docker compose run scripts print-address --account $user | tail -n 1 | tr -d '\r\n')
+
+while true; do
+    balance=$(cast balance $userAddress --rpc-url http://127.0.0.1:8947)
+    if [ ${#balance} -gt 0 ]; then
+        break
+    fi
+    sleep 1
+done
+
+listen_to_sequencer_feed
+
+echo "Smoke test succeeded."
+# docker compose down

test-node.bash

@@ -354,7 +354,7 @@ if [ $batchposters -gt 2 ]; then
     NODES="$NODES poster_c"
 fi
 
-
+NODES="$NODES relay"
 
 if $validate; then
     NODES="$NODES validator"
@@ -642,12 +642,6 @@ if $force_init; then
             fi
             docker compose run -e PARENT_WETH_OVERRIDE=$l2Weth -e ROLLUP_OWNER_KEY=$l3ownerkey -e ROLLUP_ADDRESS=$rollupAddress -e PARENT_RPC=http://sequencer:8547 -e PARENT_KEY=$deployer_key  -e CHILD_RPC=http://l3node:3347 -e CHILD_KEY=$deployer_key tokenbridge deploy:local:token-bridge
             docker compose run --entrypoint sh tokenbridge -c "cat network.json && cp network.json l2l3_network.json"
-
-            # set L3 UpgradeExecutor, deployed by token bridge creator in previous step, to be the L3 chain owner. L3owner (EOA) and alias of L2 UpgradeExectuor have the executor role on the L3 UpgradeExecutor
-            echo == Set L3 UpgradeExecutor to be chain owner
-            tokenBridgeCreator=`docker compose run --entrypoint sh tokenbridge -c "cat l2l3_network.json" | jq -r '.l1TokenBridgeCreator'`
-            docker compose run scripts transfer-l3-chain-ownership --creator $tokenBridgeCreator
-            echo
         fi
 
         echo == Fund L3 accounts
@@ -662,6 +656,13 @@ if $force_init; then
         echo == Deploy CacheManager on L3
         docker compose run -e CHILD_CHAIN_RPC="http://l3node:3347" -e CHAIN_OWNER_PRIVKEY=$l3ownerkey rollupcreator deploy-cachemanager-testnode
 
+        if $l3_token_bridge; then
+            # set L3 UpgradeExecutor, deployed by token bridge creator in previous step, to be the L3 chain owner. L3owner (EOA) and alias of L2 UpgradeExectuor have the executor role on the L3 UpgradeExecutor
+            echo == Set L3 UpgradeExecutor to be chain owner
+            tokenBridgeCreator=`docker compose run --entrypoint sh tokenbridge -c "cat l2l3_network.json" | jq -r '.l1TokenBridgeCreator'`
+            docker compose run scripts transfer-l3-chain-ownership --creator $tokenBridgeCreator
+        fi
+
     fi
 fi