Semrush Audit February

builders/ethereum/dev-env/tenderly.md

@@ -15,11 +15,11 @@ The Tenderly platform provides the following features:
 
 - **[Debugger](https://docs.tenderly.co/debugger){target=\_blank}** - use the visual debugger to inspect transactions and get better insight into the behavior of your code. With the debugger, you can review a transaction's stack trace, view the calls made in a transaction, step through a contract, and review decoded inputs, outputs, and state variables. You can use the debugger on the Tenderly dashboard or the [Tenderly Debugger Chrome Extension](https://docs.tenderly.co/debugger/tenderly-debugger-extension){target=\_blank}
 
-- **[Gas Profiler](https://docs.tenderly.co/debugger#gas-profiler){target=\_blank}** - view how much gas you're spending on a granular level, so you can optimize your smart contracts and reduce transaction gas costs
+- **[Gas Profiler](https://docs.tenderly.co/debugger/gas-profiler){target=\_blank}** - view how much gas you're spending on a granular level, so you can optimize your smart contracts and reduce transaction gas costs
 
 - **[Simulator](https://docs.tenderly.co/simulator-ui){target=\_blank}** - simulate transactions in a forked development environment to learn how your transactions will behave without having to send them on-chain. This way, you can know the outcome of the transaction and make sure it works as expected before sending it to the network. You can experiment with different parameters, simulate historical and current transactions, and edit the contract source code. You can access the simulator from the Tenderly dashboard or you can use the [Tenderly Simulation API](https://docs.tenderly.co/reference/api#tag/Simulations){target=\_blank} to take advantage of the simulator programmatically
 
-- **[Forks](https://docs.tenderly.co/forks){target=\_blank}** - this feature simulates the live Moonbeam network in an isolated environment, which enables you to interact with deployed contracts and live on-chain data. Forking also takes transaction simulations a step further by enabling you to chain multiple simulations together chronologically. This allows for the testing of complex transaction scenarios where one transaction depends upon another, with the benefit of using live on-chain data. There are some limitations to be aware of when using Tenderly's forking feature. You cannot interact with any of the [Moonbeam precompiled contracts](/builders/ethereum/precompiles/){target=\_blank} and their functions. Precompiles are a part of the Substrate implementation and therefore cannot be replicated in the simulated EVM environment. This prohibits you from interacting with cross-chain assets on Moonbeam and Substrate-based functionality such as staking and governance
+- **[Virtual TestNets](https://docs.tenderly.co/virtual-testnets){target=\_blank}** - ssimulate the live Moonbeam network in an isolated environment, allowing interaction with deployed contracts and real-time on-chain data. These test environments provide a controlled setting for developing, testing, and debugging dApps, covering smart contracts, UI, backend, and data indexing layers. They also support transaction simulations by enabling multiple simulations to be executed sequentially, allowing for the testing of complex scenarios where one transaction depends on another. There are some limitations to be aware of when using this feature. You cannot interact with any of the [Moonbeam precompiled contracts](/builders/ethereum/precompiles/){target=\_blank} and their functions. Precompiles are a part of the Substrate implementation and therefore cannot be replicated in the simulated EVM environment. This prohibits you from interacting with cross-chain assets on Moonbeam and Substrate-based functionality such as staking and governance
 
 - **[Alerting](https://docs.tenderly.co/alerts/intro-to-alerts){target=\_blank}** - configure real-time alerts to notify you whenever a specific event occurs, allowing you to stay informed about what's going on with your smart contracts
 

llms.txt

@@ -5051,11 +5051,11 @@ The Tenderly platform provides the following features:
 
 - **[Debugger](https://docs.tenderly.co/debugger){target=\_blank}** - use the visual debugger to inspect transactions and get better insight into the behavior of your code. With the debugger, you can review a transaction's stack trace, view the calls made in a transaction, step through a contract, and review decoded inputs, outputs, and state variables. You can use the debugger on the Tenderly dashboard or the [Tenderly Debugger Chrome Extension](https://docs.tenderly.co/debugger/tenderly-debugger-extension){target=\_blank}
 
-- **[Gas Profiler](https://docs.tenderly.co/debugger#gas-profiler){target=\_blank}** - view how much gas you're spending on a granular level, so you can optimize your smart contracts and reduce transaction gas costs
+- **[Gas Profiler](https://docs.tenderly.co/debugger/gas-profiler){target=\_blank}** - view how much gas you're spending on a granular level, so you can optimize your smart contracts and reduce transaction gas costs
 
 - **[Simulator](https://docs.tenderly.co/simulator-ui){target=\_blank}** - simulate transactions in a forked development environment to learn how your transactions will behave without having to send them on-chain. This way, you can know the outcome of the transaction and make sure it works as expected before sending it to the network. You can experiment with different parameters, simulate historical and current transactions, and edit the contract source code. You can access the simulator from the Tenderly dashboard or you can use the [Tenderly Simulation API](https://docs.tenderly.co/reference/api#tag/Simulations){target=\_blank} to take advantage of the simulator programmatically
 
-- **[Forks](https://docs.tenderly.co/forks){target=\_blank}** - this feature simulates the live Moonbeam network in an isolated environment, which enables you to interact with deployed contracts and live on-chain data. Forking also takes transaction simulations a step further by enabling you to chain multiple simulations together chronologically. This allows for the testing of complex transaction scenarios where one transaction depends upon another, with the benefit of using live on-chain data. There are some limitations to be aware of when using Tenderly's forking feature. You cannot interact with any of the [Moonbeam precompiled contracts](/builders/ethereum/precompiles/){target=\_blank} and their functions. Precompiles are a part of the Substrate implementation and therefore cannot be replicated in the simulated EVM environment. This prohibits you from interacting with cross-chain assets on Moonbeam and Substrate-based functionality such as staking and governance
+- **[Virtual TestNets](https://docs.tenderly.co/virtual-testnets){target=\_blank}** - ssimulate the live Moonbeam network in an isolated environment, allowing interaction with deployed contracts and real-time on-chain data. These test environments provide a controlled setting for developing, testing, and debugging dApps, covering smart contracts, UI, backend, and data indexing layers. They also support transaction simulations by enabling multiple simulations to be executed sequentially, allowing for the testing of complex scenarios where one transaction depends on another. There are some limitations to be aware of when using this feature. You cannot interact with any of the [Moonbeam precompiled contracts](/builders/ethereum/precompiles/){target=\_blank} and their functions. Precompiles are a part of the Substrate implementation and therefore cannot be replicated in the simulated EVM environment. This prohibits you from interacting with cross-chain assets on Moonbeam and Substrate-based functionality such as staking and governance
 
 - **[Alerting](https://docs.tenderly.co/alerts/intro-to-alerts){target=\_blank}** - configure real-time alerts to notify you whenever a specific event occurs, allowing you to stay informed about what's going on with your smart contracts
 
@@ -61195,7 +61195,7 @@ Hardware recommendations:
 
 **Q: What should I look for in the logs?**
 
-**A:** Logs are very useful to determine if you are in sync and ready to join the collators pool. Look at the tail end of the logs to determine if:
+**A:** Logs are very useful to determine if you are in sync and ready to join the collators pool. Look at the tail end of the logs to determine if: 
 
 1. Your Relay chain is in sync
 2. Your parachain is in sync
@@ -61206,7 +61206,16 @@ You should see **Idle** in your logs when your node is in sync.
 
 A common issue is joining the pool before your node is in sync. You will be unable to produce any blocks or receive any rewards. Wait until you are in sync and idle before joining the candidate pool.
 
-![Relay chain not in sync yet](/images/node-operators/networks/run-a-node/docker/full-node-docker-2.webp)
+<div id="termynal" data-termynal>
+<span data-ty>moonbase[52847]: 2025-02-03 15:06:28 [Relaychain] 🌗 ⚙️ 10 Syncing 137.9 bps, target=#12325010 (8 peers), best: #21001 (0x25d9...57d8), finalized #20992 (0x1ebb..fd23), # 214.4kiB/s 11.7kiB/s</span>
+<span data-ty>moonbase[52847]: 2025-02-03 15:06:28 🌗 ⚙️ * Syncing 182.7 bps, target=#5219905 (8 peers), best: #22472 (0x875f..aed7), finalized #9625 (0x601b...e64f), # 371.0kiB/s 113.3kiB/s</span>
+<span data-ty>moonbase[52847]: 2025-02-03 15:06:33 [Relaychain] 🌗 ⚙️ I Syncing 186.6 bps, target=#12325011 (8 peers), best: #21935 (0x58f8...d312), finalized #21585 (0x1d73...13c8), #271.9kiB/s T1.3kiB/s</span>
+<span data-ty>moonbase[52847]: 2025-02-03 15:06:33 🌗 ⚙️ @ Syncing 193.4 bps, target=#5219905 (8 peers), best: #23440 (0xdce6...8ea6), finalized #9922 (0x07c9...1fdf), # 383.3kiB/s 17.5kiB/s</span>
+<span data-ty>moonbase[52847]: 2025-02-03 15:06:38 [Relaychain] 🌗 ⚙️ Ö Syncing 189.5 bps, target=#12325012 (8 peers), best: #22883 (0x6531.2281), finalized #22528 (0x0f21.0855), # 290.8kiB/s 10.6kiB/s</span>
+<span data-ty>moonbase[52847]: 2025-02-03 15:06:38 🌗 ⚙️ @ Syncing 206.4 bps, target=#5219905 (8 peers), best: #24474 (0x09dd...6700), finalized #10393 (0x3efc...8a40), #428.7kiB/s 12.4kiB/s</span>
+<span data-ty>moonbase[52847]: 2025-02-03 15:06:43 [Relaychain] 🌗 ⚙️ . Syncing 171.6 bps, target=#12325013 (8 peers), best: #23744 (0x4ced...cdae), finalized #23552 (0x1773..09d9), # 252.4kiB/s 10.6kiB/s</span>
+<span data-ty>moonbase[52847]: 2025-02-03 15:06:43 🌗 ⚙️ Syncing 212.3 bps, target=#5219905 (8 peers), best: #25536 (0x7bc0...e9b7), finalized #10905 (0x5c70...3063), 1427.1kiB/s 11.4kiB/s</span>
+</div>
 
 The relay chain takes much longer to sync than the parachain. You will not see any finalized blocks until the relay chain has synced.
 

node-operators/networks/collators/faq.md

@@ -131,7 +131,7 @@ Hardware recommendations:
 
 **Q: What should I look for in the logs?**
 
-**A:** Logs are very useful to determine if you are in sync and ready to join the collators pool. Look at the tail end of the logs to determine if:
+**A:** Logs are very useful to determine if you are in sync and ready to join the collators pool. Look at the tail end of the logs to determine if: 
 
 1. Your Relay chain is in sync
 2. Your parachain is in sync
@@ -142,7 +142,7 @@ You should see **Idle** in your logs when your node is in sync.
 
 A common issue is joining the pool before your node is in sync. You will be unable to produce any blocks or receive any rewards. Wait until you are in sync and idle before joining the candidate pool.
 
-![Relay chain not in sync yet](/images/node-operators/networks/run-a-node/docker/full-node-docker-2.webp)
+--8<-- 'code/node-operators/networks/run-a-node/docker/terminal/logs.md'
 
 The relay chain takes much longer to sync than the parachain. You will not see any finalized blocks until the relay chain has synced.