infotroph

#!/bin/bash

trtary=(a b c)

echo -e '1\tfoo.out\n0\tunwanted.out\n1\tbar.out\n1\tbaz.out' > tocsv.files

for t in ${trtary[*]}; do
	# generate sample data. Each treatment overwrites previous .out files.
	echo -e 'col1 col2 col3\n1 2 3\n4 5 6\n7 8 9' > foo.out 
	echo -e 'extrajunk\ncol1 col2 col3 col4\n1 2 3 4\n5 6 7 8\n9 10 11 12' > bar.out 

infotroph

# /usr/local/bin/xmlzip.sh:
#!/bin/bash

for i in `unzip -Z -1 "$1"`; do
  echo "$i"
  unzip -a -p "$1" "$i" | xmllint --format -
done

# ~/.gitconfig:
[diff "xmlzip"]

infotroph

#Exim filter

logfile $home/eximfilter.log

logwrite "orig_local: $original_local_part"

if error_message then 
        logwrite "Error message; not filtering"
        finish 
endif

infotroph

# The overarching problem: I'm an indecisive mofo.
# The solvable problem: 
#	I started a repo, later decided to move some things to a subdirectory, 
#		and later still decided to move that subdirectory to its own repo.
#	I want the new repo to contain the history of only the files that
#		currently live in the subdirectory... *including* their history 
#		from before I moved them into the subdirectory.
#	Note that I'm more interested in preserving all history in subdir 
#		than I am in removing evidence of the original parent repo... 
#		the parent isn't secret, just large.

infotroph

#!/bin/bash

FN=`basename "$1"`
TMPFILE=`mktemp -t gitxlscmp."${FN}"` || exit 1
git show HEAD:"$1" > "$TMPFILE"
open -a "Microsoft Excel" "$TMPFILE" "$1" 

# Want to delete $TMPFILE once open in Excel,
# but $(open) returns immediately, so check for ourselves
until lsof -a -c "Microsoft Excel" "$TMPFILE" > /dev/null; do

infotroph

### Keybase proof

I hereby claim:

  * I am infotroph on github.
  * I am infotroph (https://keybase.io/infotroph) on keybase.
  * I have a public key whose fingerprint is E056 C0A5 5FB2 EA2C 897C  591A 19B3 5E7D 101C 0BEF

To claim this, I am signing this object:

infotroph

> system.time({a=by(raw, raw$Img, strip.tracing.dups); b=do.call(rbind,a)})
   user  system elapsed 
 35.127   5.569  40.398 
> system.time({a=by(raw, raw$Img, strip.tracing.dups); b=do.call(rbind,a)})
   user  system elapsed 
 35.559   5.482  40.728 
> system.time({a=by(raw, raw$Img, strip.tracing.dups); b=do.call(rbind,a)})
   user  system elapsed 
 35.666   4.975  40.366 
> system.time({a=ddply(raw, .(Img), strip.tracing.dups)})

infotroph

> f <- function() { print('FALSE'); FALSE }

# infix logical operators short-circuit as expected
> TRUE || f()
[1] TRUE
> FALSE || f()
[1] "FALSE"
[1] FALSE
> TRUE && f()
[1] "FALSE"

infotroph

# Goal: Identify the rows of a time series where I should expect concentration to be steady
#	(i.e. setpoint has not changed recently). 
# N.B. Not yet testing whether concentration IS steady -- that's the next step downstream.
# Wrinkles: setpoints are logged at a lower frequency than concentrations, and logging intervals 
# 	for both are just irregular enough to be troublesome.

# Generate sample data:
# running log of gas concentrations, recorded approximately every second
concdata = data.frame( 
	time = as.POSIXct((1:50) + rnorm(25, mean= 0, sd=0.1), origin="2014-07-07"),

infotroph

I have a parser inherited from someone else, and would rather not modify it if I don't have to. 
The TL;DR on what's below: "Do I have to modify it?"

To pick the character encoding of its input, the parser is capable of either taking a 
character encoding argument or of sniffing the encoding itself. Its designated initializer 
method takes a pointer to an encoding:

-(instanceType)initWithStream:(NSStream)stream usedEncoding:(NSStringEncoding *)encoding;

and I understand the idea is that I check the pointee to see whether the parser updated its value when