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[2868.04 --> 2868.80] do when we
[2868.80 --> 2869.78] close the show is
[2869.78 --> 2870.18] just kind of
[2870.18 --> 2870.98] briefly go around
[2870.98 --> 2873.06] and give thanks to
[2873.06 --> 2873.76] an open source
[2873.76 --> 2875.00] project kind of as
[2875.00 --> 2875.52] you spoke to
[2875.52 --> 2876.36] earlier, Raphael,
[2876.56 --> 2878.04] to kind of to
[2878.04 --> 2878.90] get kind of that
[2878.90 --> 2879.72] feedback from the
[2879.72 --> 2880.44] community sometimes
[2880.44 --> 2881.20] makes your day.
[2881.42 --> 2882.32] So we want to
[2882.32 --> 2882.76] make sure that
[2882.76 --> 2883.58] we're regularly
[2883.58 --> 2884.62] reaching out and
[2884.62 --> 2885.70] thanking people for
[2885.70 --> 2886.14] the things that
[2886.14 --> 2886.60] make our lives
[2886.60 --> 2886.94] easier.
[2887.52 --> 2888.18] You want to
[2888.18 --> 2888.76] kick this off,
[2888.86 --> 2889.02] Brian?
[2889.36 --> 2889.84] I'll kick it
[2889.84 --> 2890.26] off today.
[2890.26 --> 2891.08] One of my
[2891.08 --> 2891.74] favorite open
[2891.74 --> 2892.32] source tools
[2892.32 --> 2893.40] ever is
[2893.40 --> 2894.36] NSQ from
[2894.36 --> 2894.70] Bitly.
[2895.14 --> 2895.90] I've used
[2895.90 --> 2897.02] NSQ in
[2897.02 --> 2898.12] dozens of
[2898.12 --> 2899.16] projects and
[2899.16 --> 2900.14] it has never
[2900.14 --> 2900.92] ever disappointed
[2900.92 --> 2901.12] me.
[2901.16 --> 2901.78] It is blazing
[2901.78 --> 2902.26] fast.
[2902.82 --> 2903.62] It is 100%
[2903.62 --> 2904.72] predictable and
[2904.72 --> 2905.94] reliable and
[2905.94 --> 2906.98] it's just amazing
[2906.98 --> 2907.94] how much you can
[2907.94 --> 2909.24] do with
[2909.24 --> 2910.58] NSQ in very
[2910.58 --> 2911.94] little code and
[2911.94 --> 2913.46] I really appreciate
[2913.46 --> 2914.04] the fact that they
[2914.04 --> 2914.64] open source that.
[2914.74 --> 2915.64] It's a great tool.
[2915.64 --> 2916.80] What is it?
[2917.30 --> 2918.38] NSQ is a
[2918.38 --> 2919.12] distributed
[2919.12 --> 2920.42] queue that's
[2920.42 --> 2921.14] incredibly
[2921.14 --> 2921.88] fault tolerant
[2921.88 --> 2922.88] and really fast
[2922.88 --> 2923.32] and it's written
[2923.32 --> 2924.58] in Go and
[2924.58 --> 2925.60] it's written
[2925.60 --> 2926.66] really smartly.
[2927.50 --> 2928.10] Yeah, and so
[2928.10 --> 2929.64] actually Matt
[2929.64 --> 2930.44] Richardson did a
[2930.44 --> 2931.32] talk in
[2931.32 --> 2932.82] Go4Con 2014
[2932.82 --> 2933.74] on it.
[2933.98 --> 2934.34] I think the
[2934.34 --> 2935.06] talk was titled
[2935.06 --> 2935.52] something like
[2935.52 --> 2936.58] Spray Some NSQ
[2936.58 --> 2937.14] on it or
[2937.14 --> 2937.56] something like
[2937.56 --> 2937.78] that.
[2937.78 --> 2937.80] That's right,
[2937.86 --> 2937.98] yeah.
[2938.32 --> 2938.68] But yeah,
[2938.82 --> 2940.06] that should be
[2940.06 --> 2940.90] on GitHub too.
[2941.38 --> 2942.04] And that video
[2942.04 --> 2942.88] is up on
[2942.88 --> 2943.42] YouTube.
[2943.80 --> 2943.90] Yeah.
[2943.90 --> 2945.04] How about
[2945.04 --> 2945.18] you,
[2945.24 --> 2945.56] Carlicia?
[2946.24 --> 2947.08] I would like
[2947.08 --> 2947.44] to mention
[2947.44 --> 2948.76] today iTerm2,
[2949.14 --> 2950.38] which I'm
[2950.38 --> 2951.74] sure most
[2951.74 --> 2952.60] people already
[2952.60 --> 2953.18] use.
[2953.50 --> 2954.58] If you don't,
[2954.68 --> 2955.36] you definitely
[2955.36 --> 2956.40] should check it