array( // these attributes can be massively assigned in any scenario // that is not explicitly specified below ’attr1, attr2, ...’, * // these attributes can be massively assigned only in scenario 1 ’scenario1’ ’scenario1’ => ’attr2, attr3, ...’, * // these attributes can be massively assigned only in scenario 2 ’scenario2’ => ’attr1, attr3, ...’, ) I f t h e m od e l i s n ot s c e n ar i o- s e n s i t i v

array( // these attributes can be massively assigned in any scenario // that is not explicitly specified below ’attr1, attr2, ...’, * // these attributes can be massively assigned only in scenario 1 ’scenario1’ ’scenario1’ => ’attr2, attr3, ...’, * // these attributes can be massively assigned only in scenario 2 ’scenario2’ => ’attr1, attr3, ...’, ) I f t h e m od e l i s n ot s c e n ar i o- s e n s i t i v

code base • Easy access to headers and bodies through request and response objects • DRY request processing via middleware components and hooks • Strict adherence to RFCs • Idiomatic HTTP error responses code base • Easy access to headers and bodies through request and response objects • DRY request processing via middleware components and hooks • Strict adherence to RFCs • Idiomatic HTTP error responses ThreadPoolExecutor, hoping that at least some of these image operations release the GIL during processing. Note: The ProcessPoolExecutor is another alternative for long running tasks that do not release

code base • Easy access to headers and bodies through request and response objects • DRY request processing via middleware components and hooks • Strict adherence to RFCs • Idiomatic HTTP error responses code base • Easy access to headers and bodies through request and response objects • DRY request processing via middleware components and hooks • Strict adherence to RFCs • Idiomatic HTTP error responses ThreadPoolExecutor, hoping that at least some of these image operations release the GIL during processing. Note: The ProcessPoolExecutor is another alternative for long running tasks that do not release

management • Easy access to headers and bodies through request and response classes • DRY request processing via middleware components and hooks • Idiomatic HTTP error responses • Straightforward exception ThreadPoolExecutor, hoping that at least some of these image operations release the GIL during processing. Note: The ProcessPoolExecutor is another alternative for long running tasks that do not release strip_url_path_trailing_slash to True, Falcon will normalize incoming URI paths to simplify later processing and improve the predictability of application logic. This can be helpful when implementing a REST

management • Easy access to headers and bodies through request and response classes • DRY request processing via middleware components and hooks • Idiomatic HTTP error responses • Straightforward exception ThreadPoolExecutor, hoping that at least some of these image operations release the GIL during processing. The ProcessPoolExecutor is another alternative for long running tasks that do not release the strip_url_path_trailing_slash to True, Falcon will normalize incoming URI paths to simplify later processing and improve the predictability of application logic. This can be helpful when implementing a REST

code base • Easy access to headers and bodies through request and response objects • DRY request processing via middleware components and hooks • Strict adherence to RFCs • Idiomatic HTTP error responses code base • Easy access to headers and bodies through request and response objects • DRY request processing via middleware components and hooks • Strict adherence to RFCs • Idiomatic HTTP error responses ThreadPoolExecutor, hoping that at least some of these image operations release the GIL during processing. Note: The ProcessPoolExecutor is another alternative for long running tasks that do not release

code base • Easy access to headers and bodies through request and response objects • DRY request processing via middleware components and hooks • Strict adherence to RFCs • Idiomatic HTTP error responses code base • Easy access to headers and bodies through request and response objects • DRY request processing via middleware components and hooks • Strict adherence to RFCs • Idiomatic HTTP error responses ThreadPoolExecutor, hoping that at least some of these image operations release the GIL during processing. Note: The ProcessPoolExecutor is another alternative for long running tasks that do not release

code base • Easy access to headers and bodies through request and response objects • DRY request processing via middleware components and hooks • Strict adherence to RFCs • Idiomatic HTTP error responses code base • Easy access to headers and bodies through request and response objects • DRY request processing via middleware components and hooks • Strict adherence to RFCs • Idiomatic HTTP error responses ThreadPoolExecutor, hoping that at least some of these image operations release the GIL during processing. Note: The ProcessPoolExecutor is another alternative for long running tasks that do not release

code base • Easy access to headers and bodies through request and response objects • DRY request processing via middleware components and hooks • Strict adherence to RFCs • Idiomatic HTTP error responses code base • Easy access to headers and bodies through request and response objects • DRY request processing via middleware components and hooks • Strict adherence to RFCs • Idiomatic HTTP error responses ThreadPoolExecutor, hoping that at least some of these image operations release the GIL during processing. Note: The ProcessPoolExecutor is another alternative for long running tasks that do not release