As discussed on golang-dev, reduce the size of the fasta
dataset to make it possible to run the go1 benchmarks on
small ARM systems.
Also, remove the 25m suffix from fasta data and Revcomp.
linux/arm: pandaboard OMAP4
BenchmarkBinaryTree17 1 70892426000 ns/op
BenchmarkFannkuch11 1 35712066000 ns/op
BenchmarkGobDecode 10 137146000 ns/op 5.60 MB/s
BenchmarkGobEncode 50 64953000 ns/op 11.82 MB/s
BenchmarkGzip 1 5675690000 ns/op 3.42 MB/s
BenchmarkGunzip 1 1207001000 ns/op 16.08 MB/s
BenchmarkJSONEncode 5 860424800 ns/op 2.26 MB/s
BenchmarkJSONDecode 1 3321839000 ns/op 0.58 MB/s
BenchmarkMandelbrot200 50 45893560 ns/op
BenchmarkRevcomp 10 135220300 ns/op 18.80 MB/s
BenchmarkTemplate 1 6385681000 ns/op 0.30 MB/s
R=rsc, minux.ma, dsymonds
CC=golang-dev
https://golang.org/cl/6278048
I have included a few important microbenchmarks,
but the overall intent is to have mostly end-to-end
benchmarks timing real world operations.
The jsondata.go file is a summary of agl's
activity in various open source repositories.
It gets used as test data for many of the benchmarks.
Everything links into one binary (even the test data)
so that it is easy to run the benchmarks on many
computers: there is just one file to copy around.
R=golang-dev, r, bradfitz, adg, r
CC=golang-dev
https://golang.org/cl/5484071
