Request Forgery (CSRF) JSON Security Security Headers Copy/Paste to Terminal Unicode in Flask Automatic Conversion The Golden Rule Encoding and Decoding Yourself Configuring Editors Flask Extension Development of export.) This does the following things: 1. it activates the debugger 2. it activates the automatic reloader 3. it enables the debug mode on the Flask application. You can also control debug mode makes it possible to keep certain elements on each page (like header, navigation and footer). Automatic escaping is enabled, so if name contains HTML it will be escaped automatically. If you can trust

of export.) This does the following things: 1. it activates the debugger 2. it activates the automatic reloader 3. it enables the debug mode on the Flask application. You can also control debug mode makes it possible to keep certain elements on each page (like header, navigation and footer). Automatic escaping is enabled, so if name contains HTML it will be escaped automatically. If you can trust example Instance: /home/user/Projects/hello/instance >>> Use shell_context_processor() to add other automatic imports. 1.18.4 Environments New in version 1.0. The environment in which the Flask app runs

inability to implement an intended CLI API. Click in three points: • arbitrary nesting of commands • automatic help page generation • supports lazy loading of subcommands at runtime What does it look like does support dispatching to subcommands, it for instance does not directly support any kind of automatic subcommand enumeration based on what’s available or it does not enforce subcommands to work in a came up why Click does not auto correct parameters given that even optparse and argparse support automatic expansion of long arguments. The reason for this is that it’s a liability for backwards compatibility

and deactivate compiled features at runtime. Currently it is only used to enable and disable the automatic escaping but can be used for extensions as well. In previous Jinja versions filters and functions both. What is used depends on the application configuration. The de- fault configuration is no automatic escaping; for various reasons: • Escaping everything except for safe values will also mean that the variable through the |e filter: 56 {{ user.username|e }} 5.10.2 Working with Automatic Escaping When automatic escaping is enabled, everything is escaped by default except for val- ues explicitly

inability to implement an intended CLI API. Click in three points: • arbitrary nesting of commands • automatic help page generation • supports lazy loading of subcommands at runtime What does it look like does support dispatching to subcommands, it for instance does not directly support any kind of automatic subcommand enumeration based on what’s available or it does not enforce subcommands to work in a came up why Click does not auto correct parameters given that even optparse and argparse support automatic expansion of long arguments. The reason for this is that it’s a liability for backwards compatibility

inability to implement an intended CLI API. Click in three points: • arbitrary nesting of commands • automatic help page generation • supports lazy loading of subcommands at runtime What does it look like does support dispatching to subcommands, it for instance does not directly support any kind of automatic subcommand enumeration based on what’s available or it does not enforce subcommands to work in a came up why Click does not auto correct parameters given that even optparse and argparse support automatic expansion of long arguments. The reason for this is that it’s a liability for backwards compatibility

inability to implement an intended CLI API. Click in three points: • arbitrary nesting of commands • automatic help page generation • supports lazy loading of subcommands at runtime What does it look like does support dispatching to subcommands, it for instance does not directly support any kind of automatic subcommand enumeration based on what’s available or it does not enforce subcommands to work in a came up why Click does not auto correct parameters given that even optparse and argparse support automatic expansion of long arguments. The reason for this is that it’s a liability for backwards compatibility

inability to implement an intended CLI API. Click in three points: • arbitrary nesting of commands • automatic help page generation • supports lazy loading of subcommands at runtime What does it look like does support dispatching to subcommands, it for instance does not directly support any kind of automatic subcommand enumeration based on what’s available or it does not enforce subcommands to work in a came up why click does not auto correct parameters given that even optparse and argparse support automatic expansion of long arguments. The reason for this is that it’s a liability for backwards compatibility

and its dependencies. Main features of the web application In-browser editing for code, with automatic syntax highlighting, indentation, and tab completion/introspection. The ability to execute code to an existing IPython kernel using the Qt Console The Frontend/Kernel Model Manual connection Automatic connection using a new Qt Console Motivating Examples The Lorenz Equations The Cauchy-Schwarz web application The notebook web application enables users to: Edit code in the browser, with automatic syntax highlighting, indentation, and tab completion/introspection. Run code from the browser, with

and its dependencies. Main features of the web application In-browser editing for code, with automatic syntax highlighting, indentation, and tab completion/introspection. The ability to execute code to an existing IPython kernel using the Qt Console The Frontend/Kernel Model Manual connection Automatic connection using a new Qt Console Motivating Examples The Lorenz Equations The Cauchy-Schwarz web application The notebook web application enables users to: Edit code in the browser, with automatic syntax highlighting, indentation, and tab completion/introspection. Run code from the browser, with