content (because some browsers require this functionality to be present to seek in HTML5 audio or video). Subclassing notes This class is designed to be extensible by subclassing, but because of the way computed using a monotonic clock where available. • HTTPResponse now has a start_time attribute recording a wall-clock (time.time) timestamp at which the request started (after leaving the max_clients queue fit in memory, but Range support is necessary in some browsers to enable seeking of HTML5 audio and video. • StaticFileHandler now uses longer hashes by default, and uses the same hashes for Etag as it does

have a multitude of ways to employ those tools! For example with OProfile you can try a simple recording : >ENABLE_JITPROFILING=1 sudo operf -Vdebug ./julia test/fastmath.jl >opreport -l `which ./julia` standardized mechanism for rich multimedia output (such as images, formatted text, or even audio and video), consisting of three parts: • A function display(x) to request the richest available multimedia information to include. • Processing of log events — that is, display, filtering, aggregation and recording — is the concern of the application author who needs to bring multiple modules together into a

have a multitude of ways to employ those tools! For example with OProfile you can try a simple recording : >ENABLE_JITPROFILING=1 sudo operf -Vdebug ./julia test/fastmath.jl >opreport -l `which ./julia` standardized mechanism for rich multimedia output (such as images, formatted text, or even audio and video), consisting of three parts: • A function display(x) to request the richest available multimedia information to include. • Processing of log events — that is, display, filtering, aggregation and recording — is the concern of the application author who needs to bring multiple modules together into a

have a multitude of ways to employ those tools! For example with OProfile you can try a simple recording : >ENABLE_JITPROFILING=1 sudo operf -Vdebug ./julia test/fastmath.jl >opreport -l `which ./julia` standardized mechanism for rich multimedia output (such as images, formatted text, or even audio and video), consisting of three parts: • A function display(x) to request the richest available multimedia information to include. • Processing of log events — that is, display, filtering, aggregation and recording — is the concern of the application author who needs to bring multiple modules together into a

content (because some browsers require this functionality to be present to seek in HTML5 audio or video). Subclassing notes This class is designed to be extensible by subclassing, but because of the way now computed using a monotonic clock where available. HTTPResponse now has a start_time attribute recording a wall-clock (time.time [https://docs.python.org/3/library/time.html#time.time]) timestamp at which fit in memory, but Range support is necessary in some browsers to enable seeking of HTML5 audio and video. StaticFileHandler now uses longer hashes by default, and uses the same hashes for Etag as it does

have a multitude of ways to employ those tools! For example with OProfile you can try a simple recording : >ENABLE_JITPROFILING=1 sudo operf -Vdebug ./julia test/fastmath.jl >opreport -l `which ./julia` standardized mechanism for rich multimedia output (such as images, formatted text, or even audio and video), consisting of three parts: • A function display(x) to request the richest available multimedia information to include. • Processing of log events — that is, display, filtering, aggregation and recording — is the concern of the application author who needs to bring multiple modules together into a

have a multitude of ways to employ those tools! For example with OProfile you can try a simple recording : >ENABLE_JITPROFILING=1 sudo operf -Vdebug ./julia test/fastmath.jl >opreport -l `which ./julia` standardized mechanism for rich multimedia output (such as images, formatted text, or even audio and video), consisting of three parts: • A function display(x) to request the richest available multimedia information to include. • Processing of log events — that is, display, filtering, aggregation and recording — is the concern of the application author who needs to bring multiple modules together into a

have a multitude of ways to employ those tools! For example with OProfile you can try a simple recording : >ENABLE_JITPROFILING=1 sudo operf -Vdebug ./julia test/fastmath.jl >opreport -l `which ./julia` standardized mechanism for rich multimedia output (such as images, formatted text, or even audio and video), consisting of three parts: • A function display(x) to request the richest available multimedia information to include. • Processing of log events — that is, display, filtering, aggregation and recording — is the concern of the application author who needs to bring multiple modules together into a

have a multitude of ways to employ those tools! For example with OProfile you can try a simple recording : >ENABLE_JITPROFILING=1 sudo operf -Vdebug ./julia test/fastmath.jl >opreport -l `which ./julia` standardized mechanism for rich multimedia output (such as images, formatted text, or even audio and video), consisting of three parts: • A function display(x) to request the richest available multimedia information to include. • Processing of log events — that is, display, filtering, aggregation and recording — is the concern of the application author who needs to bring multiple modules together into a

have a multitude of ways to employ those tools! For example with OProfile you can try a simple recording : >ENABLE_JITPROFILING=1 sudo operf -Vdebug ./julia test/fastmath.jl >opreport -l `which ./julia` standardized mechanism for rich multimedia output (such as images, formatted text, or even audio and video), consisting of three parts: • A function display(x) to request the richest available multimedia information to include. • Processing of log events — that is, display, filtering, aggregation and recording — is the concern of the application author who needs to bring multiple modules together into a