different forms on the browser to get user input. In addition, PyWebIO also provides support for click events, layout, etc. PyWebIO aims to allow you to use the least code to interact with the user and put_table([ ['Commodity', 'Price'], ['Apple', '5.5'], ['Banana', '7'], ]) Click Callback As we can see from the above, the interaction of PyWebIO has two parts: input and output outputting individual button: from functools import partial def edit_row(choice, row): put_text("You click %s button ar row %s" % (choice, row)) put_table([ ['Idx', 'Actions'], [1, put_buttons(['edit'

different forms on the browser to get user input. In addition, PyWebIO also provides support for click events, layout, etc. PyWebIO aims to allow you to use the least code to interact with the user and put_table([ ['Commodity', 'Price'], ['Apple', '5.5'], ['Banana', '7'], ]) Click Callback As we can see from the above, the interaction of PyWebIO has two parts: input and output outputting individual button: from functools import partial def edit_row(choice, row): put_text("You click %s button ar row %s" % (choice, row)) put_table([ ['Idx', 'Actions'], [1, put_buttons(['edit'

different forms on the browser to get user input. In addition, PyWebIO also provides support for click events, layout, etc. PyWebIO aims to allow you to use the least code to interact with the user and put_table([ ['Commodity', 'Price'], ['Apple', '5.5'], ['Banana', '7'], ]) Click Callback As we can see from the above, the interaction of PyWebIO has two parts: input and output outputting individual button: from functools import partial def edit_row(choice, row): put_text("You click %s button ar row %s" % (choice, row)) put_table([ ['Idx', 'Actions'], [1, put_buttons(['edit'

different forms on the browser to get user input. In addition, PyWebIO also provides support for click events, layout, etc. PyWebIO aims to allow you to use the least code to interact with the user and '7'], ]) For a full list of functions that support context manager, see Output functions list Click Callback As we can see from the above, the interaction of PyWebIO has two parts: input and output clicked. This is an example: from functools import partial def edit_row(choice, row): put_text("You click %s button ar row %s" % (choice, row)) put_table([ ['Idx', 'Actions'], [1, put_buttons(['edit', 'delete']

different forms on the browser to get user input. In addition, PyWebIO also provides support for click events, layout, etc. PyWebIO aims to allow you to use the least code to interact with the user and '7'], ]) For a full list of functions that support context manager, see Output functions list Click Callback As we can see from the above, the interaction of PyWebIO has two parts: input and output clicked. This is an example: from functools import partial def edit_row(choice, row): put_text("You click %s button ar row %s" % (choice, row)) put_table([ ['Idx', 'Actions'], [1, put_buttons(['edit', 'delete']

different forms on the browser to get user input. In addition, PyWebIO also provides support for click events, layout, etc. PyWebIO aims to allow you to use the least code to interact with the user and '7'], ]) For a full list of functions that support context manager, see Output functions list Click Callback As we can see from the above, the interaction of PyWebIO has two parts: input and output clicked. This is an example: from functools import partial def edit_row(choice, row): put_text("You click %s button ar row %s" % (choice, row)) put_table([ ['Idx', 'Actions'], [1, put_buttons(['edit', 'delete']

different forms on the browser to get user input. In addition, PyWebIO also provides support for click events, layout, etc. PyWebIO aims to allow you to use the least code to interact with the user and '7'], ]) For a full list of functions that support context manager, see Output functions list Click Callback As we can see from the above, the interaction of PyWebIO has two parts: input and output clicked. This is an example: from functools import partial def edit_row(choice, row): put_text("You click %s button ar row %s" % (choice, row)) put_table([ ['Idx', 'Actions'], [1, put_buttons(['edit', 'delete']

different forms on the browser to get user input. In addition, PyWebIO also provides support for click events, layout, etc. PyWebIO aims to allow you to use the least code to interact with the user and '7'], ]) For a full list of functions that support context manager, see Output functions list Click Callback As we can see from the above, the interaction of PyWebIO has two parts: input and output clicked. This is an example: from functools import partial def edit_row(choice, row): put_text("You click %s button ar row %s" % (choice, row)) put_table([ ['Idx', 'Actions'], [1, put_buttons(['edit', 'delete']

different forms on the browser to get user input. In addition, PyWebIO also provides support for click events, layout, etc. PyWebIO aims to allow you to use the least code to interact with the user and '7'], ]) For a full list of functions that support context manager, see Output functions list Click Callback As we can see from the above, the interaction of PyWebIO has two parts: input and output clicked. This is an example: from functools import partial def edit_row(choice, row): put_text("You click %s button ar row %s" % (choice, row)) put_table([ ['Idx', 'Actions'], [1, put_buttons(['edit', 'delete']

different forms on the browser to get user input. In addition, PyWebIO also provides support for click events, layout, etc. PyWebIO aims to allow you to use the least code to interact with the user and '7'], ]) For a full list of functions that support context manager, see Output functions list Click Callback As we can see from the above, the interaction of PyWebIO has two parts: input and output clicked. This is an example: from functools import partial def edit_row(choice, row): put_text("You click %s button ar row %s" % (choice, row)) put_table([ ['Idx', 'Actions'], [1, put_buttons(['edit', 'delete']