which is different from the traditional web development pattern that backend implement api and frontend display content. In PyWebIO, you only need to write code in Python. In fact, the way of writing 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

which is different from the traditional web development pattern that backend implement api and frontend display content. In PyWebIO, you only need to write code in Python. In fact, the way of writing 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

which is different from the traditional web development pattern that backend implement api and frontend display content. In PyWebIO, you only need to write code in Python. In fact, the way of writing 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

which is different from the traditional web development pattern that backend implement api and frontend display content. In PyWebIO, you only need to write code in Python. In fact, the way of writing 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

which is different from the traditional web development pattern that backend implement api and frontend display content. In PyWebIO, you only need to write code in Python. In fact, the way of writing 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

which is different from the traditional web development pattern that backend implement api and frontend display content. In PyWebIO, you only need to write code in Python. In fact, the way of writing 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

which is different from the traditional web development pattern that backend implement api and frontend display content. In PyWebIO, you only need to write code in Python. In fact, the way of writing 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

which is different from the traditional web development pattern that backend implement api and frontend display content. In PyWebIO, you only need to write code in Python. In fact, the way of writing 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

which is different from the traditional web development pattern that backend implement api and frontend display content. In PyWebIO, you only need to write code in Python. In fact, the way of writing 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

which is different from the traditional web development pattern that backend implement api and frontend display content. In PyWebIO, you only need to write code in Python. In fact, the way of writing complete. If the callback function runs for a short time, you can turn on serial_mode to improve performance. Example: Changed in version 1.5: Add disabled button support. The value of button can be any 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