UI. Features Use synchronization instead of callback-based method to get input Non-declarative layout, simple and efficient Less intrusive: old script code can be transformed into a Web service only output — Make output to web browser Functions list Output Scope Content Outputting Other Interactions Layout and Style Other pywebio.session — More control to session pywebio.platform — Deploy applications 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 provide a good

UI. Features Use synchronization instead of callback-based method to get input Non-declarative layout, simple and efficient Less intrusive: old script code can be transformed into a Web service only output — Make output to web browser Functions list Output Scope Content Outputting Other Interactions Layout and Style Other pywebio.session — More control to session pywebio.platform — Deploy applications 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 provide a good

FEATURES • Use synchronization instead of callback-based method to get input • Non-declarative layout, simple and efficient • Less intrusive: old script code can be transformed into a Web service only 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 provide a good with use_scope('C'): put_text('Text in scope C') The above code will generate the following scope layout: ROOT A Text in scope A B Text in scope B C Text in scope C Scope related parameters of output

FEATURES • Use synchronization instead of callback-based method to get input • Non-declarative layout, simple and efficient • Less intrusive: old script code can be transformed into a Web service only 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 provide a good with use_scope('C'): put_text('Text in scope C') The above code will generate the following Scope layout: ROOT A Text in scope A B Text in scope B C Text in scope C Scope related parameters of output

FEATURES • Use synchronization instead of callback-based method to get input • Non-declarative layout, simple and efficient • Less intrusive: old script code can be transformed into a Web service only 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 provide a good with use_scope('C'): put_text('Text in scope C') The above code will generate the following scope layout: ROOT A Text in scope A B Text in scope B C Text in scope C put_scope() We already know

FEATURES • Use synchronization instead of callback-based method to get input • Non-declarative layout, simple and efficient • Less intrusive: old script code can be transformed into a Web service only 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 provide a good with use_scope('C'): put_text('Text in scope C') The above code will generate the following scope layout: ROOT A Text in scope A B Text in scope B C Text in scope C put_scope() We already know

FEATURES • Use synchronization instead of callback-based method to get input • Non-declarative layout, simple and efficient • Less intrusive: old script code can be transformed into a Web service only 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 provide a good with use_scope('C'): put_text('Text in scope C') The above code will generate the following scope layout: ROOT A Text in scope A B Text in scope B C Text in scope C put_scope() We already know

FEATURES • Use synchronization instead of callback-based method to get input • Non-declarative layout, simple and efficient • Less intrusive: old script code can be transformed into a Web service only 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 provide a good with use_scope('C'): put_text('Text in scope C') The above code will generate the following scope layout: ROOT A Text in scope A B Text in scope B C Text in scope C put_scope() We already know

FEATURES • Use synchronization instead of callback-based method to get input • Non-declarative layout, simple and efficient • Less intrusive: old script code can be transformed into a Web service only 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 provide a good with use_scope('C'): put_text('Text in scope C') The above code will generate the following scope layout: ROOT A Text in scope A B Text in scope B C Text in scope C put_scope() We already know

FEATURES • Use synchronization instead of callback-based method to get input • Non-declarative layout, simple and efficient • Less intrusive: old script code can be transformed into a Web service only 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 provide a good with use_scope('C'): put_text('Text in scope C') The above code will generate the following scope layout: ROOT A Text in scope A B Text in scope B C Text in scope C put_scope() We already know