toying-with-ramdb
Philippe PITTOLI 2024-05-12 16:47:53 +02:00
parent 401578c77d
commit 3396c6a05c
12 changed files with 1030 additions and 0 deletions

24
bin/extract-final-data.sh Executable file
View File

@ -0,0 +1,24 @@
#!/bin/sh
if [ $# -ne 1 ]
then
echo "usage: $0 result-directory"
exit 0
fi
d=$1
echo "from data (.d) to truncated data (.t)"
for i in $d/*.d
do
fname=$(echo $i | sed "s/[.]d$/.t/")
awk '{ print $2, $3, $5 }' < $i > $fname
done
awk '{ print $1 }' < $d/ram_index.d > it
mkdir data
echo "from truncated data (.t) to graphed data data/XXX.d"
paste it $d/ram_index.t $d/cached_index.t $d/semi_index.t $d/uncached_index.t > ./data/index.d
paste it $d/ram_partitions.t $d/cached_partitions.t $d/semi_partitions.t $d/uncached_partitions.t > ./data/partitions.d
paste it $d/ram_tags.t $d/cached_tags.t $d/semi_tags.t $d/uncached_tags.t > ./data/tags.d

39
bin/rsum2line.awk Executable file
View File

@ -0,0 +1,39 @@
#!/usr/bin/awk -f
BEGIN {
FOUND_95pct = 0
FOUND_mean = 0
}
FOUND_95pct == 1 {
pct_min = $1
pct_max = $2
FOUND_95pct = 0
}
FOUND_mean == 1 {
mean = $1
print pct_min, median, mean, pct_max, t, df, pvalue
FOUND_mean = 0
}
/^t = / {
gsub(",", "", $3)
t = $3
gsub(",", "", $6)
df = $6
pvalue = $9
}
/mean of x/ {
FOUND_mean = 1
}
/Median/ {
gsub(":", "")
median = $2
}
/95 percent confidence/ {
FOUND_95pct = 1
}

66
bin/stats.sh Executable file
View File

@ -0,0 +1,66 @@
#!/bin/sh
extract="./bin/extract-final-data.sh"
summary="./bin/summary.r"
summary_to_line="./bin/rsum2line.awk"
if [ $# -ne 1 ]
then
echo "usage: $0 result-directory"
exit 0
fi
dir="$1"
raw_to_summary() {
for i in $dir/*.raw
do
summary_with_bad_format=$(echo $i | sed "s/.raw$/.unconveniently_formated_summary/")
target=$(echo $i | sed "s/.raw$/.summary/")
if [ -f $summary_with_bad_format ]; then
echo -n "\r$summary_with_bad_format already exists: skipping "
else
Rscript $summary $i > $summary_with_bad_format
fi
if [ -f $target ]; then
echo -n "\r$target already exists: skipping "
else
$summary_to_line $summary_with_bad_format > $target
fi
done
echo ""
# Beyond a certain number of entries, retrieving data from partitions and tags isn't tested anymore.
# This leads to create "fake entries" with a duration of 0, resulting to causing some problems with
# statistical analysis. So, we need to replace "NaN" by "0" in summaries.
sed -i "s/NaN/0/g" $dir/*.summary
}
# List raw files with the number of iterations as a prefix so they can then be sorted.
sort_summary_files() {
for i in $dir/*.summary ; do f $i ; done | sort -n
}
f() {
echo $* | sed "s/[_./]/ /g" | xargs echo "$* " | awk '{ printf "%s %s/%s_%s %s\n", $4, $2, $3, $5, $1 }'
}
fill() {
while read LINE; do
nb_it=$(echo $LINE | awk '{ print $1 }')
target=$(echo $LINE | awk '{ print $2 }')
fname=$(echo $LINE | awk '{ print $3 }')
cat $fname | xargs echo "$nb_it " >> $target.d
done
}
raw_to_summary
sort_summary_files | fill
extract_final_data() {
$extract $dir
}
extract_final_data

14
bin/summary.r Normal file
View File

@ -0,0 +1,14 @@
# Rscript summary handshake-duration.txt
require(grDevices) # for colours
tbl <- read.table(file=commandArgs(TRUE)[1])
val <- tbl[1]
summary(val)
# standarddeviation=sd(unlist(val))
sd(unlist(val))
# print (standarddeviation, zero.print="standard deviation: ")
# confint.default (val)
t.test (val)

View File

@ -0,0 +1,71 @@
extension "groff"
doctemplate
"
.MT 0
$header
.TL
$title
.AU \"\"
.ND
.SA 0
.DS I
"
".DE
$footer
"
end
nodoctemplate
"
"
"
"
end
bold "\f[CB]$text\fP"
italics "\f[CI]$text\fP"
underline "\f[CI]$text\fP"
fixed "\fC$text\fP"
color "\m[$style]$text\m[]"
anchor "$infilename : $linenum - $text"
reference "$text \(-> $infile:$linenum, page : $infilename:$linenum"
#lineprefix "\fC\(em\fP "
#lineprefix "\fC\n(ln\fP "
lineprefix ""
colormap
"green" "green"
"red" "red"
"darkred" "darkred"
"blue" "blue"
"brown" "brown"
"pink" "pink"
"yellow" "yellow"
"cyan" "cyan"
"purple" "purple"
"orange" "orange"
"brightorange" "brightorange"
"brightgreen" "brightgreen"
"darkgreen" "darkgreen"
"black" "black"
"teal" "teal"
"gray" "gray"
"darkblue" "darkblue"
default "black"
end
translations
"\\" "\\\\"
##"\n" " \\\\\n"
##" " "\\ "
##"\t" "\\ \\ \\ \\ \\ \\ \\ \\ "
"\t" " "
"|" "|"
"---" "\(em"
"--" "\(mi"
end

5
graphs/Makefile Normal file
View File

@ -0,0 +1,5 @@
SRC ?= graphs
ODIR ?= /tmp/
export ODIR SRC
include Makefile.in

77
graphs/Makefile.in Normal file
View File

@ -0,0 +1,77 @@
SRC ?= graphs
ODIR ?= .
BIBLIOGRAPHY ?= bibliography
ALLSRC = $(shell find .)
SOELIM_OPTS ?=
SOELIM = soelim $(SOELIM_OPTS)
PRECONV_OPTS ?= -e utf-8
PRECONV = preconv $(PRECONV_OPTS)
EQN_OPTS ?= -Tpdf
EQN = eqn $(EQN_OPTS)
# source-highlight stuff
# GH_INTRO: instructions before each source code provided by source-highlight
# GH_OUTRO: ------------ after ---- ------ ---- -------- -- ----------------
# GH_INTRO/GH_OUTRO: values are separated by ';'
#
GH_INTRO := .b1;.nr DI 0;.DS I;.fam C
GH_OUTRO := .fam;.DE;.b2
#
export GH_INTRO
export GH_OUTRO
#
# SHOPTS: cmd line parameter given to source-highlight
SHOPTS = --outlang-def=.source-highlight_groff-output-definition
export SHOPTS
# ghighlight brings `source-highlight` to troff
GHIGHLIGHT_OPTS ?=
GHIGHLIGHT = ./bin/ghighlight $(GHIGHLIGHT_OPTS)
GRAP_OPTS ?=
GRAP = grap $(GRAP_OPTS)
PIC_OPTS ?= -Tpdf
PIC = pic $(PIC_OPTS)
# -P => move ponctuation after reference
# -S => label and bracket-label options
# -e => accumulate (use a reference section)
# -p bib => bibliography file
REFER_OPTS ?= -PS -e -p $(BIBLIOGRAPHY)
REFER = refer $(REFER_OPTS)
# -k => iconv conversion (did it ever worked?)
# -ms => ms macro
# -U => unsafe (because of PDF inclusion)
# -Tpdf => output device is PDF
# -mspdf => include PDF (so, images converted in PDF) in the document
# NOTE: a custom troffrc (configuration file) is necessary on OpenBSD
# to have correctly justified paragraphs. Otherwise, the default
# configuration removes this possibility, for bullshit reasons. Sad.
# -M dir => path to custom troffrc
# TODO: no change with or without the following options -P -e
# This has to be inverstigated: how to make PDFs look nice in browsers?
# -P -e => provide "-e" to gropdf to embed fonts
GROFF_OPTS ?= -ms -t -Tpdf -U -mspdf -mpdfmark -M ./bin -P -e
GROFF = groff $(GROFF_OPTS)
$(SRC).pdf:
$(SOELIM) < $(SRC).ms |\
$(PRECONV) |\
$(EQN) |\
$(GHIGHLIGHT) |\
$(GRAP) |\
$(PIC) |\
$(REFER) |\
$(GROFF) > $(ODIR)/$@
# Keep options in memory for the recursive 'make' call
export SOELIM_OPTS PRECONV_OPTS EQN_OPTS GHIGHLIGHT_OPTS GRAP_OPTS PIC_OPTS REFER_OPTS
serve:
find . -name "*.ms" -or -name "*.d" | entr gmake -B $(SRC).pdf

0
graphs/bibliography Normal file
View File

286
graphs/bin/ghighlight Executable file
View File

@ -0,0 +1,286 @@
#! /usr/bin/env perl
# ghighlight - A simple preprocessor for adding code highlighting in a groff file
# Copyright (C) 2014-2018 Free Software Foundation, Inc.
# Written by Bernd Warken <groff-bernd.warken-72@web.de>.
my $version = '0.9.0';
# This file is part of 'ghighlight', which is part of 'groff'.
# 'groff' is free software; you can redistribute it and/or modify it
# under the terms of the GNU General Public License as published by
# the Free Software Foundation, either version 2 of the License, or
# (at your option) any later version.
# 'groff' is distributed in the hope that it will be useful, but
# WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
# General Public License for more details.
# You can find a copy of the GNU General Public License in the internet
# at <http://www.gnu.org/licenses/gpl-2.0.html>.
########################################################################
use strict;
use warnings;
#use diagnostics;
# current working directory
use Cwd;
# $Bin is the directory where this script is located
use FindBin;
# open3 for a bidirectional communication with a child process
use IPC::Open3;
########################################################################
# system variables and exported variables
########################################################################
$\ = "\n"; # final part for print command
########################################################################
# read-only variables with double-@ construct
########################################################################
our $File_split_env_sh;
our $File_version_sh;
our $Groff_Version;
my $before_make; # script before run of 'make'
{
my $at = '@';
$before_make = 1 if '@VERSION@' eq "${at}VERSION${at}";
}
my %at_at;
my $file_perl_test_pl;
my $groffer_libdir;
if ($before_make) {
my $highlight_source_dir = $FindBin::Bin;
$at_at{'BINDIR'} = $highlight_source_dir;
$at_at{'G'} = '';
} else {
$at_at{'BINDIR'} = '@BINDIR@';
$at_at{'G'} = '@g@';
}
########################################################################
# options
########################################################################
foreach (@ARGV) {
if ( /^(-h|--h|--he|--hel|--help)$/ ) {
print q(Usage for the 'ghighlight' program:);
print 'ghighlight [-] [--] [filespec...] normal file name arguments';
print 'ghighlight [-h|--help] gives usage information';
print 'ghighlight [-v|--version] displays the version number';
print q(This program is a 'groff' preprocessor that handles highlighting source code ) .
q(parts in 'roff' files.);
exit;
} elsif ( /^(-v|--v|--ve|--ver|--vers|--versi|--versio|--version)$/ ) {
print q('ghighlight' version ) . $version;
exit;
}
}
my $macros = "groff_mm";
if ( $ENV{'GHLENABLECOLOR'} ) {
$macros = "groff_mm_color";
}
########################################################################
# input
########################################################################
my $source_mode = 0;
my @lines = ();
sub getTroffLine {
my ($opt) = @_;
if ($opt =~ /^ps=([0-9]+)/) {".ps $1"}
elsif ($opt =~ /^vs=(\S+)/) {".vs $1"}
else { print STDERR "didn't recognised '$opt'"; ""}
}
sub getTroffLineOpposite {
my ($opt) = @_;
if ($opt =~ /^ps=/) {".ps"}
elsif ($opt =~ /^vs=/) {".vs"}
else { print STDERR "didn't recognised '$opt'"; ""}
}
# language for codeblocks
my $lang = '';
my @options = ();
foreach (<>) {
chomp;
s/\s+$//;
my $line = $_;
my $is_dot_Source = $line =~ /^[.']\s*(``|SOURCE)(|\s+.*)$/;
unless ( $is_dot_Source ) { # not a '.SOURCE' line
if ( $source_mode ) { # is running in SOURCE mode
push @lines, $line;
} else { # normal line, not SOURCE-related
print $line;
}
next;
}
##########
# now the line is a '.SOURCE' line
my $args = $line;
$args =~ s/\s+$//; # remove final spaces
$args =~ s/^[.']\s*(``|SOURCE)\s*//; # omit .source part, leave the arguments
my @args = split /\s+/, $args;
##########
# start SOURCE mode
$lang = $args[0] if ( @args > 0 && $args[0] ne 'stop' );
if ( @args > 0 && $args[0] ne 'stop' ) {
# For '.``' no args or first arg 'start' means opening 'SOURCE' mode.
# Everything else means an ending command.
shift @args;
@options = @args;
if ( $source_mode ) {
# '.SOURCE' was started twice, ignore
print STDERR q('.``' starter was run several times);
next;
} else { # new SOURCE start
$source_mode = 1;
@lines = ();
next;
}
}
##########
# now the line must be a SOURCE ending line (stop)
unless ( $source_mode ) {
print STDERR 'ghighlight.pl: there was a SOURCE ending without being in ' .
'SOURCE mode:';
print STDERR ' ' . $line;
next;
}
$source_mode = 0; # 'SOURCE' stop calling is correct
my $shopts = $ENV{"SHOPTS"} || "";
##########
# Run source-highlight on lines
# Check if language was specified
my $cmdline = "source-highlight -f $macros $shopts --output STDOUT";
if ($lang ne '') {
$cmdline .= " -s $lang";
}
# Start `source-highlight`
my $pid = open3(my $child_in, my $child_out, my $child_err, $cmdline)
or die "open3() failed $!";
# Provide source code to `source-highlight` in its standard input
print $child_in $_ for @lines;
close $child_in;
if (my $v = $ENV{"GH_INTRO"}) {
print for split /;/, $v;
}
for (@options) {
my $l = getTroffLine $_;
print $l if ($l ne "");
}
# Print `source-highlight` output
while (<$child_out>) {
chomp;
print;
}
close $child_out;
for (reverse @options) {
my $l = getTroffLineOpposite $_;
print $l if ($l ne "");
}
if (my $v = $ENV{"GH_OUTRO"}) {
print for split /;/, $v;
}
my @print_res = (1);
# Start argument processing
# remove 'stop' arg if exists
# shift @args if ( $args[0] eq 'stop' );
# if ( @args == 0 ) {
# # no args for saving, so @print_res doesn't matter
# next;
# }
# my @var_names = ();
# my @mode_names = ();
# my $mode = '.ds';
# for ( @args ) {
# if ( /^\.?ds$/ ) {
# $mode = '.ds';
# next;
# }
# if ( /^\.?nr$/ ) {
# $mode = '.nr';
# next;
# }
# push @mode_names, $mode;
# push @var_names, $_;
# }
# my $n_vars = @var_names;
# if ( $n_vars < $n_res ) {
# print STDERR 'ghighlight: not enough variables for Python part: ' .
# $n_vars . ' variables for ' . $n_res . ' output lines.';
# } elsif ( $n_vars > $n_res ) {
# print STDERR 'ghighlight: too many variablenames for Python part: ' .
# $n_vars . ' variables for ' . $n_res . ' output lines.';
# }
# if ( $n_vars < $n_res ) {
# print STDERR 'ghighlight: not enough variables for Python part: ' .
# $n_vars . ' variables for ' . $n_res . ' output lines.';
# }
# my $n_min = $n_res;
# $n_min = $n_vars if ( $n_vars < $n_res );
# exit unless ( $n_min );
# $n_min -= 1; # for starting with 0
# for my $i ( 0..$n_min ) {
# my $value = $print_res[$i];
# chomp $value;
# print $mode_names[$i] . ' ' . $var_names[$i] . ' ' . $value;
# }
}
1;
# Local Variables:
# mode: CPerl
# End:

69
graphs/bin/troffrc Normal file
View File

@ -0,0 +1,69 @@
.\" Startup file for troff.
.
.\" This is tested by pic.
.nr 0p 0
.
.\" Load composite mappings.
.do mso composite.tmac
.
.\" Load generic fallback mappings.
.do mso fallbacks.tmac
.
.\" Use .do here, so that it works with -C.
.\" The groff command defines the .X string if the -X option was given.
.ie r.X .do ds troffrc!ps Xps.tmac
.el .do ds troffrc!ps ps.tmac
.do ds troffrc!pdf pdf.tmac
.do ds troffrc!dvi dvi.tmac
.do ds troffrc!X75 X.tmac
.do ds troffrc!X75-12 X.tmac
.do ds troffrc!X100 X.tmac
.do ds troffrc!X100-12 X.tmac
.do ds troffrc!ascii tty.tmac
.do ds troffrc!latin1 tty.tmac
.do ds troffrc!utf8 tty.tmac
.do ds troffrc!cp1047 tty.tmac
.do ds troffrc!lj4 lj4.tmac
.do ds troffrc!lbp lbp.tmac
.do ds troffrc!html html.tmac
.do if d troffrc!\*[.T] \
. do mso \*[troffrc!\*[.T]]
.do rm troffrc!ps troffrc!Xps troffrc!dvi troffrc!X75 troffrc!X75-12 \
troffrc!X100 troffrc!X100-12 troffrc!lj4 troff!lbp troffrc!html troffrc!pdf
.
.\" Test whether we work under EBCDIC and map the no-breakable space
.\" character accordingly.
.do ie '\[char97]'a' \
. do tr \[char160]\~
.el \
. do tr \[char65]\~
.
.\" Set the hyphenation language to 'us'.
.do hla us
.
.\" Disable hyphenation:
.\" Do not load hyphenation patterns and exceptions.
.\"do hpf hyphen.us
.\"do hpfa hyphenex.us
.
.\" Disable adjustment by default,
.\" such that manuals look similar with groff and mandoc(1).
.\".ad l
.\".de ad
.\"..
.\" Handle paper formats.
.do mso papersize.tmac
.
.\" Handle PS images.
.do mso pspic.tmac
.do mso pdfpic.tmac
.
.\" ====================================================================
.\" Editor settings
.\" ====================================================================
.
.\" Local Variables:
.\" mode: nroff
.\" fill-column: 72
.\" End:
.\" vim: set filetype=groff textwidth=72:

147
graphs/bin/utf8-to-ms.sh Executable file
View File

@ -0,0 +1,147 @@
#!/bin/sh
# This program isn't by any mean complete.
# Most of text markers, accents and ligatures are handled.
# However, nothing else currently is.
# Please, do provide more translations.
# Convert input into hexadecimal and a single byte per line.
to_hex_one_column() xxd -p -c 1
# Reverse hexadecimal to original value.
from_hex() xxd -p -r
regroup_lines() awk '
BEGIN {
line_start=1
}
{
if (line_start == 1)
line = $1;
else
line = line " " $1;
line_start = 0;
if ($1 == "0a") {
print line;
line_start = 1
}
}
END {
if (line_start == 0)
print line
}
'
accents() sed \
-e "s/c3 81/5c 5b 27 41 5d/g"\
-e "s/c3 89/5c 5b 27 45 5d/g"\
-e "s/c3 8d/5c 5b 27 49 5d/g"\
-e "s/c3 93/5c 5b 27 4f 5d/g"\
-e "s/c3 9a/5c 5b 27 55 5d/g"\
-e "s/c3 9d/5c 5b 27 59 5d/g"\
-e "s/c3 a1/5c 5b 27 61 5d/g"\
-e "s/c3 a9/5c 5b 27 65 5d/g"\
-e "s/c3 ad/5c 5b 27 69 5d/g"\
-e "s/c3 b3/5c 5b 27 6f 5d/g"\
-e "s/c3 ba/5c 5b 27 75 5d/g"\
-e "s/c3 bd/5c 5b 27 79 5d/g"\
-e "s/c3 84/5c 5b 3a 41 5d/g"\
-e "s/c3 8b/5c 5b 3a 45 5d/g"\
-e "s/c3 8f/5c 5b 3a 49 5d/g"\
-e "s/c3 96/5c 5b 3a 4f 5d/g"\
-e "s/c3 9c/5c 5b 3a 55 5d/g"\
-e "s/c3 a4/5c 5b 3a 61 5d/g"\
-e "s/c3 ab/5c 5b 3a 65 5d/g"\
-e "s/c3 af/5c 5b 3a 69 5d/g"\
-e "s/c3 b6/5c 5b 3a 6f 5d/g"\
-e "s/c3 bc/5c 5b 3a 75 5d/g"\
-e "s/c3 bf/5c 5b 3a 79 5d/g"\
-e "s/c3 82/5c 5b 5e 41 5d/g"\
-e "s/c3 8a/5c 5b 5e 45 5d/g"\
-e "s/c3 8e/5c 5b 5e 49 5d/g"\
-e "s/c3 94/5c 5b 5e 4f 5d/g"\
-e "s/c3 9b/5c 5b 5e 55 5d/g"\
-e "s/c3 a2/5c 5b 5e 61 5d/g"\
-e "s/c3 aa/5c 5b 5e 65 5d/g"\
-e "s/c3 ae/5c 5b 5e 69 5d/g"\
-e "s/c3 b4/5c 5b 5e 6f 5d/g"\
-e "s/c3 bb/5c 5b 5e 75 5d/g"\
-e "s/c3 80/5c 5b 60 41 5d/g"\
-e "s/c3 88/5c 5b 60 45 5d/g"\
-e "s/c3 8c/5c 5b 60 49 5d/g"\
-e "s/c3 92/5c 5b 60 4f 5d/g"\
-e "s/c3 99/5c 5b 60 55 5d/g"\
-e "s/c3 a0/5c 5b 60 61 5d/g"\
-e "s/c3 a8/5c 5b 60 65 5d/g"\
-e "s/c3 ac/5c 5b 60 69 5d/g"\
-e "s/c3 b2/5c 5b 60 6f 5d/g"\
-e "s/c3 b9/5c 5b 60 75 5d/g"\
-e "s/c3 83/5c 5b 7e 41 5d/g"\
-e "s/c3 91/5c 5b 7e 4e 5d/g"\
-e "s/c3 95/5c 5b 7e 4f 5d/g"\
-e "s/c3 a3/5c 5b 7e 61 5d/g"\
-e "s/c3 b1/5c 5b 7e 6e 5d/g"\
-e "s/c3 b5/5c 5b 7e 6f 5d/g"\
-e "s/c3 87/5c 5b 2c 43 5d/g"\
-e "s/c3 a7/5c 5b 2c 63 5d/g"\
-e "s/c3 85/5c 5b 6f 41 5d/g"\
-e "s/c3 a5/5c 5b 6f 61 5d/g"\
-e "s/c5 b8/5c 5b 3a 59 5d/g"\
-e "s/c5 a0/5c 5b 76 53 5d/g"\
-e "s/c5 a1/5c 5b 76 73 5d/g"\
-e "s/c5 bd/5c 5b 76 5a 5d/g"\
-e "s/c5 be/5c 5b 76 7a 5d/g"
# Ligatures.
ligatures() sed \
-e "s/ef ac 80/5c 5b 66 66 5d/g"\
-e "s/ef ac 81/5c 5b 66 69 5d/g"\
-e "s/ef ac 82/5c 5b 66 6c 5d/g"\
-e "s/ef ac 83/5c 5b 46 69 5d/g"\
-e "s/ef ac 84/5c 5b 46 6c 5d/g"\
-e "s/c5 81/5c 5b 2f 4c 5d/g"\
-e "s/c5 82/5c 5b 2f 6c 5d/g"\
-e "s/c3 98/5c 5b 2f 4f 5d/g"\
-e "s/c3 b8/5c 5b 2f 6f 5d/g"\
-e "s/c3 86/5c 5b 41 45 5d/g"\
-e "s/c3 a6/5c 5b 61 65 5d/g"\
-e "s/c5 92/5c 5b 4f 45 5d/g"\
-e "s/c5 93/5c 5b 6f 65 5d/g"\
-e "s/c4 b2/5c 5b 49 4a 5d/g"\
-e "s/c4 b3/5c 5b 69 6a 5d/g"\
-e "s/c4 b1/5c 5b 2e 69 5d/g"\
-e "s/c8 b7/5c 5b 2e 6a 5d/g"
# Text markers.
text_markers() sed \
-e "s/e2 97 8b/5c 5b 63 69 5d/g"\
-e "s/e2 80 a2/5c 5b 62 75 5d/g"\
-e "s/e2 80 a1/5c 5b 64 64 5d/g"\
-e "s/e2 80 a0/5c 5b 64 67 5d/g"\
-e "s/e2 97 8a/5c 5b 6c 7a 5d/g"\
-e "s/e2 96 a1/5c 5b 73 71 5d/g"\
-e "s/c2 b6/5c 5b 70 73 5d/g"\
-e "s/c2 a7/5c 5b 73 63 5d/g"\
-e "s/e2 98 9c/5c 5b 6c 68 5d/g"\
-e "s/e2 98 9e/5c 5b 72 68 5d/g"\
-e "s/e2 86 b5/5c 5b 43 52 5d/g"\
-e "s/e2 9c 93/5c 5b 4f 4b 5d/g"
# These markers shouldn't be automatically translated in ms macros.
# @ "s/40/5c 5b 61 74 5d/g"
# # "s/23/5c 5b 73 68 5d/g"
# Legal symbols.
legal_symbols() sed \
-e "s/c2 a9/5c 5b 63 6f 5d/g"\
-e "s/c2 ae/5c 5b 72 67 5d/g"\
-e "s/e2 84 a2/5c 5b 74 6d 5d/g"
hexutf8_to_hexms() {
text_markers | accents | ligatures | legal_symbols
}
to_hex_one_column | regroup_lines | hexutf8_to_hexms | from_hex

232
graphs/graphs.ms Normal file
View File

@ -0,0 +1,232 @@
.NH
Graphs for DODB.
.LP
.PS
reset
.PE
.G1
label left "Request duration for an index (ns)" "(Median and" "fifth percentiles)"
label bot "Number of cars"
# minx = 1e12; maxx = -1e12
n = sigx = sigx2 = sigy = sigxy = 0
obram = obuncache = obcache = obsemi = 0
cbram = cbuncache = cbcache = cbsemi = 0
coord y -5,75000
copy "../data/index.d" thru X
cx = $1*5
# ram cached semi uncached
line from cx,$2 to cx,$4
line from cx,$5 to cx,$7
line from cx,$8 to cx,$10
line from cx,$11 to cx,$13
#ty = $3
cx = $1*5
cbram = $3
cbcache = $6
cbsemi = $9
cbuncache = $12
if (obram > 0) then {line from cx,cbram to ox,obram}
if (obcache > 0) then {line from cx,cbcache to ox,obcache}
.gcolor blue
if (obsemi > 0) then {line from cx,cbsemi to ox,obsemi}
.gcolor
.gcolor green
if (obuncache > 0) then {line from cx,cbuncache to ox,obuncache}
.gcolor
obram = cbram
obcache = cbcache
obsemi = cbsemi
obuncache = cbuncache
ox = cx
# ram cached semi uncached
.gcolor red
bullet at cx,cbram
.gcolor
bullet at cx,cbcache
.gcolor blue
bullet at cx,cbsemi
.gcolor
.gcolor green
bullet at cx,cbuncache
.gcolor
#n = n+1
#sigx = sigx+$1; sigx2 = sigx2+$1*$1
#sigy = sigy+ty; sigxy = sigxy+$1*ty
#minx = min(minx,$1); maxx = max(maxx,$1)
X
## Calculate least squares fit and draw it
#slope = (n*sigxy - sigx*sigy) / (n*sigx2 - sigx*sigx)
#inter = (sigy - slope*sigx) / n
## print slope; print inter
#line from minx,slope*minx+inter to maxx,slope*maxx+inter
.G2
.G1
label left "Request duration for a partition (ns)" "(Median and" "fifth percentiles)"
label bot "Number of cars"
# minx = 1e12; maxx = -1e12
n = sigx = sigx2 = sigy = sigxy = 0
obram = obuncache = obcache = obsemi = 0
cbram = cbuncache = cbcache = cbsemi = 0
coord y -5,40000
copy "../data/partitions.d" thru X
cx = $1*5
# ram cached semi uncached
line from cx,$2 to cx,$4
line from cx,$5 to cx,$7
line from cx,$8 to cx,$10
line from cx,$11 to cx,$13
#ty = $3
cbram = $3
cbcache = $6
cbsemi = $9
cbuncache = $12
if (obram > 0) then {line from cx,cbram to ox,obram}
if (obcache > 0) then {line from cx,cbcache to ox,obcache}
.gcolor blue
if (obsemi > 0) then {line from cx,cbsemi to ox,obsemi}
.gcolor
.gcolor green
if (obuncache > 0) then {line from cx,cbuncache to ox,obuncache}
.gcolor
obram = cbram
obcache = cbcache
obsemi = cbsemi
obuncache = cbuncache
ox = cx
# ram cached semi uncached
.gcolor red
bullet at cx,cbram
.gcolor
bullet at cx,cbcache
.gcolor blue
bullet at cx,cbsemi
.gcolor
.gcolor green
bullet at cx,cbuncache
.gcolor
#n = n+1
#sigx = sigx+$1; sigx2 = sigx2+$1*$1
#sigy = sigy+ty; sigxy = sigxy+$1*ty
#minx = min(minx,$1); maxx = max(maxx,$1)
X
## Calculate least squares fit and draw it
#slope = (n*sigxy - sigx*sigy) / (n*sigx2 - sigx*sigx)
#inter = (sigy - slope*sigx) / n
## print slope; print inter
#line from minx,slope*minx+inter to maxx,slope*maxx+inter
.G2
.G1
label left "Request duration for a tag (ns)" "(Median and" "fifth percentiles)"
label bot "Number of cars"
# minx = 1e12; maxx = -1e12
n = sigx = sigx2 = sigy = sigxy = 0
obram = obuncache = obcache = obsemi = 0
cbram = cbuncache = cbcache = cbsemi = 0
coord y -5,40000
copy "../data/tags.d" thru X
cx = $1*5
# ram cached semi uncached
line from cx,$2 to cx,$4
line from cx,$5 to cx,$7
line from cx,$8 to cx,$10
line from cx,$11 to cx,$13
#ty = $3
cbram = $3
cbcache = $6
cbsemi = $9
cbuncache = $12
if (obram > 0) then {line from cx,cbram to ox,obram}
if (obcache > 0) then {line from cx,cbcache to ox,obcache}
.gcolor blue
if (obsemi > 0) then {line from cx,cbsemi to ox,obsemi}
.gcolor
.gcolor green
if (obuncache > 0) then {line from cx,cbuncache to ox,obuncache}
.gcolor
obram = cbram
obcache = cbcache
obsemi = cbsemi
obuncache = cbuncache
ox = cx
# ram cached semi uncached
.gcolor red
bullet at cx,cbram
.gcolor
bullet at cx,cbcache
.gcolor blue
bullet at cx,cbsemi
.gcolor
.gcolor green
bullet at cx,cbuncache
.gcolor
#n = n+1
#sigx = sigx+$1; sigx2 = sigx2+$1*$1
#sigy = sigy+ty; sigxy = sigxy+$1*ty
#minx = min(minx,$1); maxx = max(maxx,$1)
X
## Calculate least squares fit and draw it
#slope = (n*sigxy - sigx*sigy) / (n*sigx2 - sigx*sigx)
#inter = (sigy - slope*sigx) / n
## print slope; print inter
#line from minx,slope*minx+inter to maxx,slope*maxx+inter
.G2
.\" .G1
.\" GROWTHFACTOR=0.07
.\" grid bot dotted from 0 to 100 by 10
.\" grid left dotted from 0 to 800 by 50
.\" frame ht 2.5 wid 2.8
.\" define expo { $1+$1*GROWTHFACTOR }
.\" value = 1
.\" draw LINEAR solid
.\" for i from 1 to 100 by 1 do {
.\" next LINEAR at i, i
.\" times at i, value
.\" value = expo(value)
.\" }
.\" line from 0,650 to 3,650
.\" " linear curve" ljust at 1,650
.\" " exponential curve" ljust at 1,600
.\" times at 1,600
.\" label top "Exponential curves: growth over time (7%)" up -.2
.\" .G2