carlobaldassi

<Multi_key> <space> <a>                : "α"        U03B1                # GREEK SMALL LETTER ALPHA
<Multi_key> <a> <space>                : "α"        U03B1                # GREEK SMALL LETTER ALPHA
<Multi_key> <space> <b>                : "β"        U03B2                # GREEK SMALL LETTER BETA
<Multi_key> <b> <space>                : "β"        U03B2                # GREEK SMALL LETTER BETA
<Multi_key> <space> <c>                : "ξ"        U03BE                # GREEK SMALL LETTER XI
<Multi_key> <c> <space>                : "ξ"        U03BE                # GREEK SMALL LETTER XI
<Multi_key> <space> <d>                : "δ"        U03B4                # GREEK SMALL LETTER DELTA
<Multi_key> <d> <space>                : "δ"        U03B4                # GREEK SMALL LETTER DELTA
<Multi_key> <space> <e>                : "ε"        U03B5                # GREEK SMALL LETTER EPSILON
<Multi_key> <e> <space>                : "ε"        U03B5                # GREEK SMALL LETTER EPSILON

carlobaldassi

diff -r CBModules/ga/cbga.c CBModules.orig/ga/cbga.c
42c42
< #define  MaxGenerations  1000
---
> #define  MaxGenerations  100
154,155c154
<                           long        watch,
<                           double      errorscale)
---
>                           long        watch)

carlobaldassi

module Tst
using JLD

GC.gc()

Aarray = Vector{Float64}[[1.2,3.4],[1.1]]
str = "abc"
stringsA = ["x","y","z"]
strings16 = convert(Vector{JLD.UTF16String}, stringsA)
bigdata = [1:10000;]

carlobaldassi

module BitBug

function copy_to_bitarray_chunks_simplified!(Bc::Vector{UInt64}, C::Array{Bool}, numbits::Int)
    ld1 = numbits - 1

    u = Base._msk64
    msk_d1 = (u << (ld1+1))

    ind = 1
    @show C

carlobaldassi

This file contains any messages produced by compilers while
running configure, to aid debugging if configure makes a mistake.

It was created by GLPK configure 4.52, which was
generated by GNU Autoconf 2.69.  Invocation command line was

  $ ./configure 

## --------- ##
## Platform. ##

carlobaldassi

module GPRangeTst

import Base: colon, show

export autoscale, parse_gpr

immutable AutoScale
end

autoscale = AutoScale()

carlobaldassi

# systematically compare return types of scalar vs array operations
# (also div vs mod)

# prints out only mismatching cases

module ScalarArrayComp

using DataFrames

realtypes = [Bool, Uint8, Uint16, Uint32, Uint64, Uint128,

carlobaldassi

module NZipTest

import Base.start, Base.next, Base.done, Base.length

using Benchmark

immutable NZip0
end
immutable NZip1{I1}
    i1::I1

carlobaldassi

# note: Enumerate2 and new_enumerate are `Enumerate` and `enumerate` in the pull request.

dosomething(x::Float64, i::Int) = x+i

function perf()
    n = 1_000_000
    const a = rand(n)

    olden() = for (i, x) in enumerate(a) dosomething(x,i) end
    function oldeninline()

carlobaldassi

b = BitArray(10_000_017); fill!(b, true)
2x4 DataFrame:
         Function  Elapsed Relative Replications
[1,]    "oldfill" 0.703632    3.394         1000
[2,]    "newfill" 0.207316      1.0         1000

b1 = randbool(10_000_117); b2 = randbool(10_000_017); copy!(b1, b2)
2x4 DataFrame:
         Function  Elapsed Relative Replications
[1,]    "oldcopy" 0.834918  2.37655         1000