API modeling through centralized RESTful routing • Highly-optimized, extensible code base • Easy access to headers and bodies through request and response objects • DRY request processing via middleware API modeling through centralized RESTful routing • Highly-optimized, extensible code base • Easy access to headers and bodies through request and response objects • DRY request processing via middleware input stream; by default Falcon does not spool or decode request data, instead giving you direct access to the incoming binary stream provided by the WSGI server. Note the use of falcon.HTTP_201 for setting

API modeling through centralized RESTful routing • Highly-optimized, extensible code base • Easy access to headers and bodies through request and response objects • DRY request processing via middleware API modeling through centralized RESTful routing • Highly-optimized, extensible code base • Easy access to headers and bodies through request and response objects • DRY request processing via middleware input stream; by default Falcon does not spool or decode request data, instead giving you direct access to the incoming binary stream provided by the WSGI server. Note the use of falcon.HTTP_201 for setting

API modeling through centralized RESTful routing • Highly-optimized, extensible code base • Easy access to headers and bodies through request and response objects • DRY request processing via middleware API modeling through centralized RESTful routing • Highly-optimized, extensible code base • Easy access to headers and bodies through request and response objects • DRY request processing via middleware input stream; by default Falcon does not spool or decode request data, instead giving you direct access to the incoming binary stream provided by the WSGI server. Note the use of falcon.HTTP_201 for setting

API modeling through centralized RESTful routing • Highly-optimized, extensible code base • Easy access to headers and bodies through request and response objects • DRY request processing via middleware API modeling through centralized RESTful routing • Highly-optimized, extensible code base • Easy access to headers and bodies through request and response objects • DRY request processing via middleware input stream; by default Falcon does not spool or decode request data, instead giving you direct access to the incoming binary stream provided by the WSGI server. Note the use of falcon.HTTP_201 for setting

API modeling through centralized RESTful routing • Highly-optimized, extensible code base • Easy access to headers and bodies through request and response objects • DRY request processing via middleware API modeling through centralized RESTful routing • Highly-optimized, extensible code base • Easy access to headers and bodies through request and response objects • DRY request processing via middleware input stream; by default Falcon does not spool or decode request data, instead giving you direct access to the incoming binary stream provided by the WSGI server. Note the use of falcon.HTTP_201 for setting

API modeling through centralized RESTful routing • Highly-optimized, extensible code base • Easy access to headers and bodies through request and response objects • DRY request processing via middleware API modeling through centralized RESTful routing • Highly-optimized, extensible code base • Easy access to headers and bodies through request and response objects • DRY request processing via middleware input stream; by default Falcon does not spool or decode request data, instead giving you direct access to the incoming binary stream provided by the WSGI server. Note the use of falcon.HTTP_201 for setting

Simple API modeling through centralized RESTful routing Highly-optimized, extensible code base Easy access to headers and bodies through request and response objects DRY request processing via middleware Simple API modeling through centralized RESTful routing Highly-optimized, extensible code base Easy access to headers and bodies through request and response objects DRY request processing via middleware input stream; by default Falcon does not spool or decode request data, instead giving you direct access to the incoming binary stream provided by the WSGI server. Note the use of falcon.HTTP_201 for setting

Simple API modeling through centralized RESTful routing Highly-optimized, extensible code base Easy access to headers and bodies through request and response objects DRY request processing via middleware Simple API modeling through centralized RESTful routing Highly-optimized, extensible code base Easy access to headers and bodies through request and response objects DRY request processing via middleware input stream; by default Falcon does not spool or decode request data, instead giving you direct access to the incoming binary stream provided by the WSGI server. Note the use of falcon.HTTP_201 for setting

Simple API modeling through centralized RESTful routing Highly-optimized, extensible code base Easy access to headers and bodies through request and response objects DRY request processing via middleware Simple API modeling through centralized RESTful routing Highly-optimized, extensible code base Easy access to headers and bodies through request and response objects DRY request processing via middleware input stream; by default Falcon does not spool or decode request data, instead giving you direct access to the incoming binary stream provided by the WSGI server. Note the use of falcon.HTTP_201 for setting

Simple API modeling through centralized RESTful routing Highly-optimized, extensible code base Easy access to headers and bodies through request and response objects DRY request processing via middleware Simple API modeling through centralized RESTful routing Highly-optimized, extensible code base Easy access to headers and bodies through request and response objects DRY request processing via middleware input stream; by default Falcon does not spool or decode request data, instead giving you direct access to the incoming binary stream provided by the WSGI server. Note the use of falcon.HTTP_201 for setting