[-Wunused-command-line-argument-hard- ˓→error-in-future] You might also see warnings about unused functions. You can work around these issues by setting additional Clang C compiler flags as follows: 5.1 Guide 13 Falcon Documentation, Release 3.1.1b3 $ export CFLAGS="-Qunused-arguments -Wno-unused-function" Dependencies Falcon does not require the installation of any other packages, although if Cython lines: import falcon app = application = falcon.App() This code creates your WSGI application and aliases it as app. You can use any variable names you like, but we’ll use application since that is what

[-Wunused-command-line-argument-hard- ˓→error-in-future] You might also see warnings about unused functions. You can work around these issues by setting additional Clang C compiler flags as follows: 5.1 Guide 13 Falcon Documentation, Release 3.1.1b1 $ export CFLAGS="-Qunused-arguments -Wno-unused-function" Dependencies Falcon does not require the installation of any other packages, although if Cython lines: import falcon app = application = falcon.App() This code creates your WSGI application and aliases it as app. You can use any variable names you like, but we’ll use application since that is what

[-Wunused-command-line-argument-hard- ˓→error-in-future] You might also see warnings about unused functions. You can work around these issues by setting additional Clang C compiler flags as follows: 5.1 User Guide 13 Falcon Documentation, Release 3.1.1 $ export CFLAGS="-Qunused-arguments -Wno-unused-function" Dependencies Falcon does not require the installation of any other packages, although if Cython lines: import falcon app = application = falcon.App() This code creates your WSGI application and aliases it as app. You can use any variable names you like, but we’ll use application since that is what

[-Wunused-command-line-argument-hard- ˓→error-in-future] You might also see warnings about unused functions. You can work around these issues by setting additional Clang C compiler flags as follows: 5.1 User Guide 13 Falcon Documentation, Release 3.1.0 $ export CFLAGS="-Qunused-arguments -Wno-unused-function" Dependencies Falcon does not require the installation of any other packages, although if Cython lines: import falcon app = application = falcon.App() This code creates your WSGI application and aliases it as app. You can use any variable names you like, but we’ll use application since that is what

[-Wunused-command-line-argument-hard- ˓→error-in-future] You might also see warnings about unused functions. You can work around these issues by setting additional Clang C compiler flags as follows: 5.1 User Guide 13 Falcon Documentation, Release 3.1.1 $ export CFLAGS="-Qunused-arguments -Wno-unused-function" Dependencies Falcon does not require the installation of any other packages, although if Cython lines: import falcon app = application = falcon.App() This code creates your WSGI application and aliases it as app. You can use any variable names you like, but we’ll use application since that is what

[-Wunused-command-line-argument-hard- ˓→error-in-future] You might also see warnings about unused functions. You can work around these issues by setting additional Clang C compiler flags as follows: 5.1 Guide 13 Falcon Documentation, Release 3.1.1rc1 $ export CFLAGS="-Qunused-arguments -Wno-unused-function" Dependencies Falcon does not require the installation of any other packages, although if Cython lines: import falcon app = application = falcon.App() This code creates your WSGI application and aliases it as app. You can use any variable names you like, but we’ll use application since that is what

Responders Default Router Routing Utilities Custom HTTP Methods Inspect Module Using Inspect Functions Inspect Functions Reference Router Inspection Information Classes Visitor Classes Utilities URI Date and warnings about unused functions. You can work around these issues by setting additional Clang C compiler flags as follows: $ export CFLAGS="-Qunused-arguments -Wno-unused-function" Dependencies Falcon lines: import falcon app = application = falcon.App() This code creates your WSGI application and aliases it as app. You can use any variable names you like, but we’ll use application since that is what

Responders Default Router Routing Utilities Custom HTTP Methods Inspect Module Using Inspect Functions Inspect Functions Reference Router Inspection Information Classes Visitor Classes Utilities URI Date and warnings about unused functions. You can work around these issues by setting additional Clang C compiler flags as follows: $ export CFLAGS="-Qunused-arguments -Wno-unused-function" Dependencies Falcon lines: import falcon app = application = falcon.App() This code creates your WSGI application and aliases it as app. You can use any variable names you like, but we’ll use application since that is what

Responders Default Router Routing Utilities Custom HTTP Methods Inspect Module Using Inspect Functions Inspect Functions Reference Router Inspection Information Classes Visitor Classes Utilities URI Date and warnings about unused functions. You can work around these issues by setting additional Clang C compiler flags as follows: $ export CFLAGS="-Qunused-arguments -Wno-unused-function" Dependencies Falcon lines: import falcon app = application = falcon.App() This code creates your WSGI application and aliases it as app. You can use any variable names you like, but we’ll use application since that is what

Responders Default Router Routing Utilities Custom HTTP Methods Inspect Module Using Inspect Functions Inspect Functions Reference Router Inspection Information Classes Visitor Classes Utilities URI Date and warnings about unused functions. You can work around these issues by setting additional Clang C compiler flags as follows: $ export CFLAGS="-Qunused-arguments -Wno-unused-function" Dependencies Falcon lines: import falcon app = application = falcon.App() This code creates your WSGI application and aliases it as app. You can use any variable names you like, but we’ll use application since that is what