complete. If the callback function runs for a short time, you can turn on serial_mode to improve performance. Example: from functools import partial def row_action(choice, id): put_text("You click %s button 2 Pin widgets Each pin widget function corresponds to an input function of input module. (For performance reasons, no pin widget for file_upload() input function) The function of pin widget supports most a single thread. For IO-bound tasks, coroutines take up fewer resources than threads and have performance comparable to threads. In addition, the context switching of the coroutine is predictable, which

complete. If the callback function runs for a short time, you can turn on serial_mode to improve performance. Example: from functools import partial def row_action(choice, id): put_text("You click %s button 2 Pin widgets Each pin widget function corresponds to an input function of input module. (For performance reasons, no pin widget for file_upload() input function) The function of pin widget supports most a single thread. For IO-bound tasks, coroutines take up fewer resources than threads and have performance comparable to threads. In addition, the context switching of the coroutine is predictable, which

complete. If the callback function runs for a short time, you can turn on serial_mode to improve performance. 4.3. pywebio.output — Make output to web browser 39 PyWebIO, Release 1.4.0 Example: from functools 2 Pin widgets Each pin widget function corresponds to an input function of input module. (For performance reasons, no pin widget for file_upload() input function) The function of pin widget supports most a single thread. For IO-bound tasks, coroutines take up fewer resources than threads and have performance comparable to threads. In addition, the context switching of the coroutine is predictable, which

complete. If the callback function runs for a short time, you can turn on serial_mode to improve performance. Example: from functools import partial def row_action(choice, id): put_text("You click %s button 2 Pin widgets Each pin widget function corresponds to an input function of input module. (For performance reasons, no pin widget for file_upload() input function) The function of pin widget supports most a single thread. For IO-bound tasks, coroutines take up fewer resources than threads and have performance comparable to threads. In addition, the context switching of the coroutine is predictable, which

complete. If the callback function runs for a short time, you can turn on serial_mode to improve performance. Example: from functools import partial def row_action(choice, id): put_text("You click %s button 2 Pin widgets Each pin widget function corresponds to an input function of input module. (For performance reasons, no pin widget for file_upload() input function) The function of pin widget supports most a single thread. For IO-bound tasks, coroutines take up fewer resources than threads and have performance comparable to threads. In addition, the context switching of the coroutine is predictable, which

complete. If the callback function runs for a short time, you can turn on serial_mode to improve performance. Example: from functools import partial def row_action(choice, id): put_text("You click %s button 2 Pin widgets Each pin widget function corresponds to an input function of input module. (For performance reasons, no pin widget for file_upload() input function) The function of pin widget supports most a single thread. For IO-bound tasks, coroutines take up fewer resources than threads and have performance comparable to threads. In addition, the context switching of the coroutine is predictable, which

complete. If the callback function runs for a short time, you can turn on serial_mode to improve performance. Example: from functools import partial def row_action(choice, id): put_text("You click %s button 2 Pin widgets Each pin widget function corresponds to an input function of input module. (For performance reasons, no pin widget for file_upload() input function) The function of pin widget supports most a single thread. For IO-bound tasks, coroutines take up fewer resources than threads and have performance comparable to threads. In addition, the context switching of the coroutine is predictable, which

complete. If the callback function runs for a short time, you can turn on serial_mode to improve performance. Example: from functools import partial def row_action(choice, id): put_text("You click %s button 2 Pin widgets Each pin widget function corresponds to an input function of input module. (For performance reasons, no pin widget for file_upload() input function) The function of pin widget supports most a single thread. For IO-bound tasks, coroutines take up fewer resources than threads and have performance comparable to threads. In addition, the context switching of the coroutine is predictable, which

complete. If the callback function runs for a short time, you can turn on serial_mode to improve performance. Example: from functools import partial def row_action(choice, id): put_text("You click %s button 2 Pin widgets Each pin widget function corresponds to an input function of input module. (For performance reasons, no pin widget for file_upload() input function) The function of pin widget supports most a single thread. For IO-bound tasks, coroutines take up fewer resources than threads and have performance comparable to threads. In addition, the context switching of the coroutine is predictable, which

complete. If the callback function runs for a short time, you can turn on serial_mode to improve performance. Example: pywebio.output.put_button(label, onclick, color=None, small=None, link_style=False Pin widgets Each pin widget function corresponds to an input function of input module. (For performance reasons, no pin widget for file_upload() input function) The function of pin widget supports most a single thread. For IO-bound tasks, coroutines take up fewer resources than threads and have performance comparable to threads. In addition, the context switching of the coroutine is predictable, which