LC-2001 ros2 runtime_error ai_generated true

[ERROR] [lifecycle_node]: Transition 'configure' timed out after 10 seconds

ID: ros2/lifecycle-node-timeout-unconfigured

Also available as: JSON · Markdown · 中文
83%Fix Rate
86%Confidence
1Evidence
2024-01-10First Seen

Version Compatibility

VersionStatusIntroducedDeprecatedNotes
ROS2 Humble Hawksbill active
ROS2 Iron Irwini active
ROS2 Rolling active

Root Cause

The lifecycle node's `on_configure` callback is blocking for longer than the default timeout (10 seconds), often due to infinite loops, deadlocks, or slow initialization of hardware or external services.

generic

中文

生命周期节点的 `on_configure` 回调阻塞时间超过默认超时时间(10 秒),通常是由于无限循环、死锁或硬件/外部服务的慢速初始化。

Official Documentation

https://design.ros2.org/articles/node_lifecycle.html

Workarounds

  1. 90% success Add logging inside the `on_configure` callback to identify where it hangs. For example, insert `RCLCPP_INFO` statements at key points. If the callback waits for a hardware response, add a timeout mechanism.
    Add logging inside the `on_configure` callback to identify where it hangs. For example, insert `RCLCPP_INFO` statements at key points. If the callback waits for a hardware response, add a timeout mechanism.
  2. 85% success If the callback is waiting for a service or action, ensure the server is started before the lifecycle node attempts to configure. Use a launch file with dependencies or add a retry loop.
    If the callback is waiting for a service or action, ensure the server is started before the lifecycle node attempts to configure. Use a launch file with dependencies or add a retry loop.

中文步骤

  1. Add logging inside the `on_configure` callback to identify where it hangs. For example, insert `RCLCPP_INFO` statements at key points. If the callback waits for a hardware response, add a timeout mechanism.
  2. If the callback is waiting for a service or action, ensure the server is started before the lifecycle node attempts to configure. Use a launch file with dependencies or add a retry loop.

Dead Ends

Common approaches that don't work:

  1. 40% fail

    Increasing the timeout in the launch file might allow the node to eventually proceed, but it masks the underlying performance issue and can lead to longer startup delays.

  2. 60% fail

    Removing the lifecycle management entirely by using a regular node may bypass the error, but it defeats the purpose of lifecycle management and can cause other issues.