AI-MicroStructure
view release on metacpan or search on metacpan
This software is copyright (c) 2014 by hagen geissler santex@cpan.org.
This is free software; you can redistribute it and/or modify it under
the same terms as the Perl 5 programming language system itself.
Terms of the Perl programming language system itself
a) the GNU General Public License as published by the Free
Software Foundation; either version 1, or (at your option) any
later version, or
b) the "Artistic License"
--- The GNU General Public License, Version 1, February 1989 ---
This software is Copyright (c) 2014 by hagen geissler santex@cpan.org.
This is free software, licensed under:
The GNU General Public License, Version 1, February 1989
GNU GENERAL PUBLIC LICENSE
Version 1, February 1989
Copyright (C) 1989 Free Software Foundation, Inc.
51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA
Everyone is permitted to copy and distribute verbatim copies
of this license document, but changing it is not allowed.
Preamble
The license agreements of most software companies try to keep users
at the mercy of those companies. By contrast, our General Public
License is intended to guarantee your freedom to share and change free
software--to make sure the software is free for all its users. The
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The precise terms and conditions for copying, distribution and
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GNU GENERAL PUBLIC LICENSE
TERMS AND CONDITIONS FOR COPYING, DISTRIBUTION AND MODIFICATION
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Appendix: How to Apply These Terms to Your New Programs
If you develop a new program, and you want it to be of the greatest
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<one line to give the program's name and a brief idea of what it does.>
Copyright (C) 19yy <name of author>
This program is free software; you can redistribute it and/or modify
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Yoyodyne, Inc., hereby disclaims all copyright interest in the
program `Gnomovision' (a program to direct compilers to make passes
at assemblers) written by James Hacker.
<signature of Ty Coon>, 1 April 1989
Ty Coon, President of Vice
That's all there is to it!
--- The Artistic License 1.0 ---
This software is Copyright (c) 2014 by hagen geissler santex@cpan.org.
This is free software, licensed under:
The Artistic License 1.0
The Artistic License
Preamble
The intent of this document is to state the conditions under which a Package
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Definitions:
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b) accompany the distribution with the machine-readable source of the Package
with your modifications.
c) accompany any non-standard executables with their corresponding Standard
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d) make other distribution arrangements with the Copyright Holder.
5. You may charge a reasonable copying fee for any distribution of this
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from the programs of this Package do not automatically fall under the copyright
---
abstract: 'AI::MicroStructure Creates Concepts for words'
author:
- 'santex <santex@cpan.org>'
build_requires: {}
configure_requires:
ExtUtils::MakeMaker: '0'
dynamic_config: 0
generated_by: 'Dist::Zilla version 5.041, CPAN::Meta::Converter version 2.142690'
license: perl
meta-spec:
url: http://module-build.sourceforge.net/META-spec-v1.4.html
version: '1.4'
name: AI-MicroStructure
no_index:
directory:
- misc
requires:
AI::Categorizer: '0'
AI::Categorizer::Document: '0'
AI::Categorizer::KnowledgeSet: '0'
AI::Categorizer::Learner::NaiveBayes: '0'
Algorithm::BaumWelch: '0'
AnyDBM_File: '0'
AnyEvent::Subprocess::Easy: '0'
Cache::Memcached::Fast: '0'
Carp: '0'
Class::Container: '0'
Config::Auto: '0'
Cwd: '0'
Data::Dumper: '0'
Data::Printer: '0'
Digest::MD5: '0'
Digest::SHA1: '0'
Exporter: '0'
Fcntl: '0'
File::Basename: '0'
File::Glob: '0'
File::HomeDir: '0'
File::Spec: '0'
Getopt::Long: '0'
HTML::SimpleLinkExtor: '0'
HTML::Strip: '0'
HTTP::Request::Common: '0'
IO::Async::Loop: '0'
IO::File: '0'
JSON: '0'
JSON::XS: '0'
LWP::UserAgent: '0'
Lingua::StopWords: '0'
List::Util: '0'
Mojolicious: '0'
Net::Async::WebSocket::Server: '0'
Parallel::Iterator: '0'
Params::Validate: '0'
Search::ContextGraph: '0'
Statistics::Basic: '0'
Statistics::Contingency: '0'
Statistics::Descriptive: '0'
Statistics::Distributions::Ancova: '0'
Statistics::MVA::BayesianDiscrimination: '0'
Statistics::MVA::HotellingTwoSample: '0'
Storable: '0'
Storable::CouchDB: '0'
Sysadm::Install: '0'
perl: v5.14.1
resources:
homepage: http://active-memory.de:2323
version: '0.20'
Makefile.PL view on Meta::CPAN
# This file was automatically generated by Dist::Zilla::Plugin::MakeMaker v5.041.
use strict;
use warnings;
use 5.014001;
use ExtUtils::MakeMaker;
my %WriteMakefileArgs = (
"ABSTRACT" => "AI::MicroStructure Creates Concepts for words",
"AUTHOR" => "santex <santex\@cpan.org>",
"CONFIGURE_REQUIRES" => {
"ExtUtils::MakeMaker" => 0
},
"DISTNAME" => "AI-MicroStructure",
"EXE_FILES" => [
"bin/chrono",
"bin/from-folder.pl",
"bin/getcat",
"bin/getcat.pl",
"bin/getfiles.sh",
"bin/getnice",
"bin/leo",
"bin/linksearch",
"bin/linksearch~",
"bin/localfiles",
"bin/micro",
"bin/micro-dict",
"bin/micro-dict~",
"bin/micro-leo",
"bin/micro-relation",
"bin/micro-relation-test",
"bin/micro-rename",
"bin/micro-sense",
"bin/micro-soundex",
"bin/micro-steemer",
"bin/micro-wiki",
"bin/micro-wnet",
"bin/micrownet",
"bin/national",
"bin/newssearch",
"bin/park.pm",
"bin/pdflinks",
"bin/remote.pl"
],
"LICENSE" => "perl",
"MIN_PERL_VERSION" => "5.014001",
"NAME" => "AI::MicroStructure",
"PREREQ_PM" => {
"AI::Categorizer" => 0,
"AI::Categorizer::Document" => 0,
"AI::Categorizer::KnowledgeSet" => 0,
"AI::Categorizer::Learner::NaiveBayes" => 0,
"Algorithm::BaumWelch" => 0,
"AnyDBM_File" => 0,
"AnyEvent::Subprocess::Easy" => 0,
"Cache::Memcached::Fast" => 0,
"Carp" => 0,
"Class::Container" => 0,
"Config::Auto" => 0,
"Cwd" => 0,
"Data::Dumper" => 0,
"Data::Printer" => 0,
"Digest::MD5" => 0,
"Digest::SHA1" => 0,
"Exporter" => 0,
"Fcntl" => 0,
"File::Basename" => 0,
"File::Glob" => 0,
"File::HomeDir" => 0,
"File::Spec" => 0,
"Getopt::Long" => 0,
"HTML::SimpleLinkExtor" => 0,
"HTML::Strip" => 0,
"HTTP::Request::Common" => 0,
"IO::Async::Loop" => 0,
"IO::File" => 0,
"JSON" => 0,
"JSON::XS" => 0,
"LWP::UserAgent" => 0,
"Lingua::StopWords" => 0,
"List::Util" => 0,
"Mojolicious" => 0,
"Net::Async::WebSocket::Server" => 0,
"Parallel::Iterator" => 0,
"Params::Validate" => 0,
"Search::ContextGraph" => 0,
"Statistics::Basic" => 0,
"Statistics::Contingency" => 0,
"Statistics::Descriptive" => 0,
"Statistics::Distributions::Ancova" => 0,
"Statistics::MVA::BayesianDiscrimination" => 0,
"Statistics::MVA::HotellingTwoSample" => 0,
"Storable" => 0,
"Storable::CouchDB" => 0,
"Sysadm::Install" => 0
},
"VERSION" => "0.20",
"test" => {
"TESTS" => "t/t/*.t"
}
);
my %FallbackPrereqs = (
"AI::Categorizer" => 0,
"AI::Categorizer::Document" => 0,
"AI::Categorizer::KnowledgeSet" => 0,
"AI::Categorizer::Learner::NaiveBayes" => 0,
"Algorithm::BaumWelch" => 0,
"AnyDBM_File" => 0,
"AnyEvent::Subprocess::Easy" => 0,
"Cache::Memcached::Fast" => 0,
"Carp" => 0,
"Class::Container" => 0,
"Config::Auto" => 0,
"Cwd" => 0,
"Data::Dumper" => 0,
"Data::Printer" => 0,
"Digest::MD5" => 0,
"Digest::SHA1" => 0,
"Exporter" => 0,
"Fcntl" => 0,
"File::Basename" => 0,
"File::Glob" => 0,
"File::HomeDir" => 0,
"File::Spec" => 0,
"Getopt::Long" => 0,
"HTML::SimpleLinkExtor" => 0,
"HTML::Strip" => 0,
"HTTP::Request::Common" => 0,
"IO::Async::Loop" => 0,
"IO::File" => 0,
"JSON" => 0,
"JSON::XS" => 0,
"LWP::UserAgent" => 0,
"Lingua::StopWords" => 0,
"List::Util" => 0,
"Mojolicious" => 0,
"Net::Async::WebSocket::Server" => 0,
"Parallel::Iterator" => 0,
"Params::Validate" => 0,
"Search::ContextGraph" => 0,
"Statistics::Basic" => 0,
"Statistics::Contingency" => 0,
"Statistics::Descriptive" => 0,
"Statistics::Distributions::Ancova" => 0,
"Statistics::MVA::BayesianDiscrimination" => 0,
"Statistics::MVA::HotellingTwoSample" => 0,
"Storable" => 0,
"Storable::CouchDB" => 0,
"Sysadm::Install" => 0
);
unless ( eval { ExtUtils::MakeMaker->VERSION(6.63_03) } ) {
delete $WriteMakefileArgs{TEST_REQUIRES};
delete $WriteMakefileArgs{BUILD_REQUIRES};
$WriteMakefileArgs{PREREQ_PM} = \%FallbackPrereqs;
}
delete $WriteMakefileArgs{CONFIGURE_REQUIRES}
unless eval { ExtUtils::MakeMaker->VERSION(6.52) };
WriteMakefile(%WriteMakefileArgs);
Anybody whisching to do categorization, memory, decision making, learning and inference.
requires as much concepts for a specific (word,idea,sensor input) as possible to base any further knowledge or decission on
to be able to fly you require only to types
```
micro new extraterrestrial_life
.--'"""""--.>_
.-' o\\b.\o._o.`-.
.-'.- ) \d888888888888b.
/.' b Y8888888888888888b.
.-'. 8888888888888888888888888b
/ o888 Y Y8888888888888888888888b
/ d888P/ /| Y"Y8888888888888888888b
J d8888/| Y .o._. "Y8888888888888Y" \
|d Y888b|obd88888bo. """Y88888Y' .od8
Fdd 8888888888888888888bo._'|| d88888|
Fd d 88\ Y8888Y "Y888888888b, d888888P
d-b 8888b Y88P' """""Y888b8888P"|
J 8\88888888P `m. """"" |
|| `8888888P' "Ymm._ _J
|\\ Y8888P ' .mmm.YM) .mMF"'
| \\ Y888J ' < (@)>.- ` /MFm. |
J \ `YY ""' :: MM @)>F
L /) 88 : | ""\|
| ( ( Yb . ' . | L
\ bo 8b . . J | The word extraterrestrial
\ "' . . . . L F has 1 concept's
o._.:. . . \mm,__J/ / we need to find out the which one
Y8::'|. / `Y8P J to use for our new,
`|' J: . . ' . . | F micro-structure,
| L ' . _: |
| `: . .:oood8bdb. | (1): a form of life assumed to exist outside the earth or its atmosphere extraterrestrial
F `:. "-._ `" F
/ `::. """' /
/ `::. "" /
_.-d( `:::. F
-888b. `::::. . J
Y888888b. `::::::::::'
Y88888888bo. `::::::d
`"Y8888888888boo.._ `"dd88b.
"""""""""""""""""""""""""""""""""""""""""""""""
Type: the number you choose 1..1
1
extraterrestrialbeing
extraterrestrial
alien
hypothetical_creature
imaginary_being
imaginary_creature
imagination
imaginativeness
vision
creativity
extraterrestrialbeing
extraterrestrial
alien
hypothetical_creature
```
☞ [sample](http://quantup.com)
☞ [PDF info](https://github.com/santex/active-memory/raw/master/start-here.pdf)
#### Dependencies
* cpan
* couchdb
* wordnet
* tesseract
* xpdf-utils (poppler-utils)
#### Copyright
Copyright (C) 2009-2012 Hagen "santex" Geissler
# Usage sample use
```
#try something like this
$ micro new ufo; # creates a structure called ufo
$ micro drop ufo; # deletes the structure called ufo
$ micro structures; # shows all structure's you currently have
#after creation of a structure you can access it in lots of ways
$ micro; # one word of a random structure
$ micro ufo; # one word of the ufo structure
$ micro ufo all; # all words of the ufo structure
$ micro ufo 5; # 5 random words of the ufo structure
$ micro any 10; # 10 random words of any structure you have created
$ micro --init # initializes active memory
$ micro --export # export relations from couchdb into git repo and tag data
# oneliners i like to use
$ for i in `micro structures`; do echo $i; done; # echos all the structures
$ for i in `micro ufo all`; do echo $i; done; # echos all words in ufo
$ for i in `micro structures`; do micro all $i; done; # echos all stuctures all words
$ for i in `micro ufo all`; do micro new $i; done; # new structure for all words in ufo
$ for i in `micro ufo all`; do micro-wiki $i; done; # push all words against the wiki plugin dont forget setting user & password in /usr/local/bin/micro-wiki
###################################################################################
# try to follow the logic combine
# your-word=micro new ? ->concept->concepts->relations->node
$ micro new biology
$ micro new biological_process
$ for i in `micro structures`; do
$ for y in `micro all $i `; do
$ echo "$i=$y";
$ micro new $y;
$ done
$ done
#!!!!!###Hard cpu to expect ### make sure couch is on ###### or disable the store methode in micro-wiki and print $doc or consume otherweise
# test as single before you loope
$ micro-wiki ufo
# proceed
$ for i in `micro structures`; do
$ for y in `micro all $i `; do
$ echo "$i=$y";
$ micro-wiki $y;
$ done
$ done
```
# compounding knowledge
```
.--'"""""--.>_
.-' o\\b.\o._o.`-.
.-'.- ) \d888888888888b.
/.' b Y8888888888888888b.
.-'. 8888888888888888888888888b
/ o888 Y Y8888888888888888888888b
/ d888P/ /| Y"Y8888888888888888888b
J d8888/| Y .o._. "Y8888888888888Y" \
|d Y888b|obd88888bo. """Y88888Y' .od8
Fdd 8888888888888888888bo._'|| d88888|
Fd d 88\ Y8888Y "Y888888888b, d888888P
d-b 8888b Y88P' """""Y888b8888P"|
J 8\88888888P `m. """"" |
|| `8888888P' "Ymm._ _J
|\\ Y8888P ' .mmm.YM) .mMF"'
| \\ Y888J ' < (@)>.- ` /MFm. |
J \ `YY ""' :: MM @)>F
L /) 88 : | ""\|
| ( ( Yb . ' . | L
\ bo 8b . . J |
\ "' . . . . L F
o._.:. . . \mm,__J/ /
Y8::'|. / `Y8P J
`|' J: . . ' . . | F
| L ' . _: |
| `: . .:oood8bdb. |
F `:. "-._ `" F
/ `::. """' /
/ `::. "" /
_.-d( `:::. F
-888b. `::::. . J
Y888888b. `::::::::::'
Y88888888bo. `::::::d
`"Y8888888888boo.._ `"dd88b.
```
use Try::Tiny;
use File::Copy;
use Data::Dumper;
my $file = shift;
my $encoder = JSON->new->allow_blessed->pretty(0);
sub soundex
{
#my $dir = shift;
my $file = shift;
push @_,$file;
local( @res ) = map {$_=$_}@_; local($i, $t,$_);
for ( @res ) { tr/a-zA-Z//cd; tr/a-zA-Z/A-ZA-Z/s;
($i,$t) = /(.)(.*)/;
$t =~ tr/BFPVCGJKQSXZDTLMNRAEHIOUWY/111122222222334556/sd;
$_ = substr(($i||'Z').$t.'000', 0, 4 );
}
# move($file,$targetdir);
return {$file=>[grep(!/000/,@res)]};
}
open my $info, $file or die "Could not open $file: $!";
my @line = map{try{$encoder->decode($_)};}<$info>;
close $info;
my $i = $#line;
print $i;
my $ret = {};
foreach(@line){
my $duration = $_->{_end} -$_->{_start};
my @test = split /\/|\.| |-/,$_->{name};
$ret->{$_->{application}}->{$_->{name}} = [$ret->{$_->{application}}->{$_->{name}} ?
$ret->{$_->{application}}->{$_->{name}} + 1 : 1 ,$duration];
}
p $ret;
1;
__DATA__
application "other",
category "other",
class ""konsole", "Konsole"",
command "{ "/usr/bin/konsole" }",
bin/from-folder.pl view on Meta::CPAN
use strict;
use File::Find;
use Storable qw(lock_store lock_retrieve);
use Getopt::Long;
use Digest::MD5 qw(md5_hex);
use Data::Dumper;
use Data::Printer;
use Env qw(PWD);
my ($TOP,$storage) ;
$TOP = $ARGV[0] unless(!@ARGV);
$storage = $ARGV[1] unless(!@ARGV);
$storage = "/tmp" unless($storage);
our $cache = {};
our $files={};
our $curSysDate = `date +"%F"`;
$curSysDate=~ s/\n//g;
our %opts = (cache_file =>
sprintf("%s/%s_.cache",
$storage,$curSysDate));
GetOptions (\%opts, "cache_file=s");
sub translate
{
return unless -f;
(my $rel_name = $File::Find::name) =~ s{.*/}{}xs;
my $name = md5_hex($rel_name);
my $go = 0;
foreach(@ARGV){
my $t = $_;
if( ! -d $t && $rel_name !~ m/($t)/i){
$go ++;
print $rel_name."\n";
}
}
if (/\.(html|htm)$/) {
$files->{html}->{$name}=$rel_name;
}elsif (/\.txt$/) {
$files->{latex}->{$name}=$rel_name;
}elsif (/\.json$/) {
$files->{text}->{$name}=$rel_name;
}
}
find(\&translate, "$TOP");
p @{[keys %$files,reverse @ARGV,$storage]};
__DATA__
our $c = AI::MicroStructure::Context->new(@ARGV);
$c->retrieveIndex($PWD."/t/docs"); #"/home/santex/data-hub/data-hub" structures=0 text=1 json=1
my $style = {};
$style->{explicit} = 1;
ok($c->simpleMixedSearch($style,$_)) && ok($c->play($style,$_)) for
qw(atom antimatter planet);
ok(print Dumper $c->intersect($style,$_)) for
qw(atom antimatter planet);
ok(print Dumper $c->similar($style,$_)) for
qw(atom antimatter planet);
#p @out;
1;
package main;
$|++;
use strict;
use Fi le::Find;
use Data::Dumper;
use Storable qw(lock_store lock_retrieve);
use Getopt::Long;
our $curSysDate = `date +"%F"`;
$curSysDate=~ s/\n//g;
our %opts = (cache_file =>
sprintf("/tmp/%s.cache",
$curSysDate));
GetOptions (\%opts, "cache_file=s");
our $cache = {};
our @target = split("\/",$opts{cache_file});
my $set = AI::MicroStructure::ObjectSet->new();
eval {
local $^W = 0; # because otherwhise doesn't pass errors
#`rm $opts{cache_file}`;
$cache = lock_retrieve($opts{cache_file});
$cache = {} unless $cache;
warn "New cache!\n" unless defined $cache;
};
END{
lock_store($cache,$opts{cache_file});
print Dumper [$set->size,$set->members];
}
find(\&translate, "$TOP/./");
sub translate {
return unless -f;
(my $rel_name = $File::Find::name) =~ s{.*/}{}xs;
$set->insert(AI::MicroStructure::Object->new($rel_name));
}
#print Dumper join "-", soundex(("rock'n'roll", 'rock and roll', 'rocknroll'));
#!/bin/bash
IFS=$'\n'
urldecode(){
echo -e "$(sed 's/+/ /g; s/%/\\x/g')"
}
if [ ! $MICRO_LANG ]
then
MICRO_LANG=en
fi
search=$1;
search=$(perl -e "print ucfirst($search)");
nogo="http:\/\/|Articles|Artikel|Wikipedia|Commons|Tracking_|Hidden_|Talk_|_talk|Use_dmy_dates|_Diskussion|Pages_containing "
function getcat(){
search=$(perl -e "print ucfirst('$1')");
q="http://$MICRO_LANG.wikipedia.org/wiki/$search";
for i in `mojo get "$q" a attr href | egrep "^\/wiki\/(Category|Kategorie)" | egrep -vi "("$nogo")" | sort | sed -s "s/\/wiki\///"`; do q=$i; echo $i | urldecode; done
}
bin/getcat.pl view on Meta::CPAN
use File::Find::Rule;
use strict;
use warnings;
use JSON;
use Cache::Memcached::Fast;
use Try::Tiny;
use Data::Dumper;
use Digest::MD5 qw(md5 md5_hex md5_base64);
our $memd = new Cache::Memcached::Fast({
servers => [ { address => 'localhost:11211', weight => 2.5 }],
namespace => 'my:',
connect_timeout => 0.2,
io_timeout => 0.1,
close_on_error => 1,
compress_threshold => 100_000,
compress_ratio => 0.9,
max_failures => 1,
max_size => 512 * 1024,
});
our $all = {};
our $json = JSON->new->allow_nonref;
sub mytry{
my $cmd = shift;
try {
#if($cmd){
my @ret = split "\n",`$cmd`;
return [@ret];
#}
};
}
sub trim
{
my $string = shift;
$string = "" unless $string;
$string =~ s/^\s+//;
$string =~ s/\s+$//;
$string =~ s/\t//;
$string =~ s/^\n//;
$string =~ s/^\s//;
$string =~s/\x{ef}//g;
return $string;
}
sub check {
my $name = shift;
my $prog = shift;
my $ret = "";
if(defined(my $ret = $memd->get(md5_hex(sprintf("%s_%s",$name,$prog))))){
return $ret;
}else{
my $cmd = sprintf("%s %s",$prog,$name);
my $ret = mytry($cmd);
$memd->set(md5_hex(sprintf("%s_%s",$name,$prog)),$ret);
return $ret;
}
}
die() unless(@ARGV);
my @cat = check(shift,"getcat");
printf("%s\n",join("\n",reverse sort @{$cat[0]}));
1;
bin/getnice view on Meta::CPAN
#!/bin/bash
IFS=$'\n'
q=$1
dir=$2
if [ ! $MICRO_LANG ]
then
MICRO_LANG=en
fi
if [ ! $q ]
then
q="ufo"
fi
if [ ! $dir ]
then
dir="/home/santex/data-hub/stock/KnowledgeInterDisciplinary/"
fi
j=$(for i in `egrep -rli "$q" | grep List_of_`; do
echo $i;
#echo $i | xargs -0 json-printer \-f | egrep "^\".*.$" | egrep -v ":|http|wiki|index|\/|Externallinks|References|Seealso|Listof|#|[1-9][0-9][0-9][0-9]" | tr -d "\",";
done);
echo "$j"| egrep -i "^$q|_$q"
#!/bin/bash
if [ -z "${1}" ]; then
search='oil'
else
search=${1}
fi
if [ -z "${2}" ]; then
from='en'
else
from=${2}
fi
if [ -z "${3}" ]; then
to='de'
else
to=${3}
fi
onetwo='.{1,2}'
re="$1"
re="${re//[^abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ]/.}"
re="${re//ue/$onetwo}"
re="${re//ae/$onetwo}"
re="${re//oe/$onetwo}"
re="${re//ss/$onetwo}"
bin/localfiles view on Meta::CPAN
use warnings;
use JSON;
use Cache::Memcached::Fast;
use AI::MicroStructure;
use Data::Dumper;
my $data={};
our $memd = new Cache::Memcached::Fast({
servers => [ { address => 'localhost:11211', weight => 2.5 }],
namespace => 'my:',
connect_timeout => 0.2,
io_timeout => 0.1,
close_on_error => 1,
compress_threshold => 100_000,
compress_ratio => 0.9,
max_failures => 1,
max_size => 512 * 1024,
});
my @result = ();
my $rule;
foreach(@ARGV){
$rule = File::Find::Rule->file->name("*$_*.*")->start("/home/santex/data-hub/stock/" ,"/home/santex/Pictures/1");
while ( defined ( my $image = $rule->match ) ) {
push @result,$image;
}
print join("\n", @result);
}
__DATA__
my $micro = AI::MicroStructure->new("any");
bin/localfiles view on Meta::CPAN
push @INC ,-d $picdir ? $picdir :"";
push @INC ,-d $pubdir ? $picdir :"";
my $xx=$memd->get("localfile_".$match);
if(!$xx){
my @images = File::Find::Rule->file()
->name('*'.lc($match).'*\.(png|jpg|gif|svg)')
->in(@INC);
#my $dat = {};
#foreach(@images){
#my @d = split("/",$_);
# $dat->{shift @d} = $_;
#}
#@images = values $dat;#@images[0..500] unless $#images<500;
#$data->{images}=[@images];
#my $cmd = sprintf( "montage '%s' /home/santex/Pictures/montage/".$match."-all.jpg",join("' '",@{$data->{images}}));
#`$cmd`;
my @files = File::Find::Rule->file()
->name('*'.ucfirst($match).'*\.(pdf|json|txt|xml)')
->in(@INC);
# print join "\n",sort{$a cmp $b}@files;
$data->{files}=[@files];
my $j = encode_json($data);
$memd->set("localfiles_".$match,$j);
print $j;
}else{
$data = decode_json( $xx);
print $xx;
use Getopt::Long;
use AI::MicroStructure;
use Data::Printer;
use Data::Dumper;
use JSON::XS;
use Try::Tiny;
use Cache::Memcached::Fast;
my %conf = ( );
our $keys = {};
GetOptions( \%conf, "whitespace|ws!", "version","structures", "help", "remote","new",
"init", "export", "import",
"check", "category=s", "sources" ,"drop");
our ($new, $write,$drop,$all,$verbose) =(0,0,0,0,0);
our $kkey = sprintf "%s",join("_",@ARGV);
our $argkey = md5_hex($kkey);
our $memd = "";
sub check {
}
sub init {
$memd = new Cache::Memcached::Fast({
servers => [ { address => 'localhost:11211', weight => 2.5 }],
namespace => 'my:',
connect_timeout => 0.2,
io_timeout => 0.1,
close_on_error => 1,
compress_threshold => 100_000,
compress_ratio => 0.9,
max_failures => 1,
max_size => 512 * 1024,
});
if(!$#ARGV){
push @ARGV,"any";
}
if($kkey =~ /debug/){
my $NORMAL=`tput sgr0`;
my $REVERSE=`tput smso`;
print "$REVERSE $_ $NORMAL " for @ARGV;
print "\n";
}else{
}
if(defined(my $ret = $memd->get($argkey)) && ($kkey !~ m/(any|structures)/i) && @ARGV){
print "$ret\n";
exit;
#die($ret);
}else{
}
}
init();
if( grep{/\ball\b/} @ARGV ){ $all = 1; cleanArgs("all"); };
our $main = AI::MicroStructure->new();
# check if this is an active memory or initialize it
if($conf{"init"}) {
if (-e ".micro") {
print STDERR "this is already an active memory!\n";
} else {
print `git init && touch .micro && echo .pmc > .gitignore && echo '*~' >> .gitignore && echo '*swp' >> .gitignore && echo .micro >> .gitignore && git add -f .micro .gitignore && git commit -m 'active memory born'`;
}
exit;
} else {
if (!-e ".micro" && !-e $ENV{HOME}."/.micro") {
print STDERR "this directory is not an active memory!\n";
exit;
}
}
my $state = AI::MicroStructure::Util::load_config(); my @CWD=$state->{cwd}; my $config=$state->{cfg};
our $structdir = "structures";
our $absstructdir = "$CWD[0]/$structdir";
if ($conf{"export"}) {
my $cwd = $CWD[0];
my $hash = $main->fitnes();
my $url = sprintf("%s/%s/_all_docs", $config->{couchdb}, $config->{db});
print `cd $cwd && mkdir -p relations && wget -O relations/any.json $url && git add relations/any.json $structdir/*.pm && git commit -m 'active memory release' && git tag $hash`; # FIXME check for errors FIXME also that we commit per structure and...
exit;
}
my (@remote, @local);
# real processing starts here
$\ = $/;
my $sep = $conf{whitespace} ? ' ' : $\;
my $j = $main->structures();
if($j == 0 || $j eq "any"){
print $main->help;
exit(0);
}
sub is_integer {
defined $_[0] && $_[0] =~ /^[+-]?\d+$/;
}
sub cleanArgs{
my ($key) = @_;
my @tmp=();
foreach(@ARGV){
push @tmp,$_ unless($_=~/$key/);}
@ARGV=@tmp;
}
my $structure;
if(defined($ARGV[0]) && $ARGV[0] =~ m/structures/){
@local = grep{!/any/}AI::MicroStructure->new()->structures();
if(defined($ARGV[1]) && is_integer($ARGV[1])){
my $index = rand $#local;
$index = $index-$ARGV[1];
$index = $index?$index:0;
@local = @local[$index+1..$index+$ARGV[1]];
}
my $val = sprintf "%s",join $sep, @local, @remote;
$memd->set($argkey,$val);
print "$val";
exit;
}
if(defined($ARGV[0]) && $ARGV[0] =~ m/structures/){
@local = grep{!/any/}AI::MicroStructure->new()->structures();
if(defined($ARGV[1]) && is_integer($ARGV[1])){
my $index = rand $#local;
$index = $index-$ARGV[1];
$index = $index?$index:0;
@local = @local[$index+1..$index+$ARGV[1]];
}
my $val = sprintf "%s", join $sep, @local, @remote;
$memd->set($argkey,$val);
print "$val";
exit;
}
if($conf{"new"} and $ARGV[0] !~/structures/ and $ARGV[0] =~ m{^([^/]+)/(.*)}s) {
$structure = $1;
$conf{category} = $2;
my $meta = AI::MicroStructure->new( $structure, category => "new" );
$memd->set($argkey,$meta);
p $meta;
exit;
}
if(!$conf{"drop"} && !$conf{"write"}and $ARGV[0] !~/structures/){
# find out the structure name
$structure = shift || $AI::MicroStructure::structure;
if (!length $conf{category} && $structure =~ m{^([^/]+)/(.*)}s) {
$structure = $1;
$conf{category} = $2;
}
AI::MicroStructure->new( $structure, category => "new" )
unless AI::MicroStructure->has_structure( $structure );
# my $module = "AI::MicroStructure::$structure";
my $module = "$absstructdir/$structure.pm";
if(!-f $module){
print "no\n\e[00;33m $module\e[00m";
print "create like\n\e[00;33mmicro $structure new verbose\e[00m";
exit;
}
# load the remote structure if needed
if ( $conf{remote} || $conf{check} || $conf{sources}) {
eval "require '$module';";
die "structure '$structure' is not updatable!\n"
unless $module->has_remotelist();
}
# informative options
print STDERR
"meta, a simple front-end to AI::MicroStructure version $AI::MicroStructure::VERSION\n"
if $conf{version};
print STDERR $main->help if $conf{help};
print map "$_\n", AI::MicroStructure->structures if $conf{structures};
if ( $conf{sources} ) {
my @sources = $module->sources( $conf{category} );
my $var = map "$_\n", @sources;
$memd->set($argkey,$var);
print $var;
exit;
}
exit if $conf{structures} || $conf{version} || $conf{help} || $conf{sources};
my $meta = AI::MicroStructure->new( $structure, category => $conf{category} );
@remote = $module->remote_list( $conf{category} )
if $conf{remote} || $conf{check};
if ( !$conf{remote} ) {
my $count = shift;
$count = 1 unless defined $count;
$count = 0 if $conf{check};
if($all){
@local = $meta->name(0,scalar "");
}else{
@local = $meta->name($count);
}
}
if ( $conf{check} ) {
my %seen;
$seen{$_}++ for @remote;
$seen{$_}-- for @local;
foreach my $key ( sort keys %seen ) {
next unless $seen{$key};
print $seen{$key} > 0 ? "+ $key" : "- $key";
}
}
else {
my $val = sprintf "%s" ,join $sep, @local, @remote;
$memd->set($argkey,$val);
print "$val";
exit;
}
}
END{
# print Dumper [$structure,\@ARGV,%conf,$argkey];
}
1;
bin/micro-dict view on Meta::CPAN
#!/bin/bash
IFS=$'\n';
#REMOVETHESE="gov|search|cid|aaa|bbb|ccc|ddd|eee|fff|ggg|hhh|iii|jjj|kkk|lll|mmm|nnn|ooo|ppp|qqq|rrr|sss|ttt|eee|fff|ggg|hhh|iii|jjj|kkk|lll|mmm|nnn|ooo|ppp|qqq|rrr|sss|ttt|uuu|vvv|www|xxx|yyy|zzz|org|wiki|png|jpg|thumb|pdf|ref|idx|php|html|json|abc|...
# egrep -v "($REMOVETHESE)" |
#+ options to sort. Changed from
stop=$(perl -MAI::MicroStructure::WordBlacklist -E "my \$s=AI::MicroStructure::WordBlacklist::getStopWords('de'); my @s = keys %\$s; print join('|',@s);")
function uniquemmasher(){
bin/micro-dict view on Meta::CPAN
else
cmd=echo
fi
stop=$(perl -MAI::MicroStructure::WordBlacklist -E "my \$s=AI::MicroStructure::WordBlacklist::getStopWords('de'); my @s = keys %\$s; print join('|',@s);")
IFS=$'\n';
$cmd $1 | tr A-Z a-z | # Convert to lowercase.
tr ' ' '_' | # New: change spaces to newlines.
#tr -cd '\012[a-z][0-9]' | # Get rid of everything
#+ non-alphanumeric (in orig. script).
tr -c '\012a-z' '\012' | # Rather than deleting non-alpha
egrep -v '^#' | # Delete lines starting with hashmark.
egrep -v "^[ ]*([A-Za-z][A-Za-z]|[A-Za-z])$" | egrep -v "^$" | egrep -v -i "^ (denkbarer|ganze|bez|ver�ffentlichtes|uns�gliches|ungew�hnliche|vollstaendig|erstem|Inf.|titel|unsaeglichem|beforehand|denkbares|yours|contains|gedurft|seithe...
stop=$(perl -MAI::MicroStructure::WordBlacklist -E "my \$s=AI::MicroStructure::WordBlacklist::getStopWords('de'); my @s = keys %\$s; print join('|',@s);")
cat /tmp/micro-dict.tmp | sort -n | egrep -v "^.*.[\ ].*.[1-9][\:][\ ][\ ]($stop)";
#if [ ! "$(echo "$stop" | egrep -i zzzzzzzzzzzz)" ]; then echo cool; fi
}
function masher(){
if [ -f "$1" ]
then #+ valid file argument.
cmd=cat
else
cmd=echo
fi
$cmd $1 | tr A-Z a-z | # Convert to lowercase.
tr ' ' '\012' | # New: change spaces to newlines.
# tr -cd '\012[a-z][0-9]' | # Get rid of everything
#+ non-alphanumeric (in orig. script).
tr -c '\012a-z' '\012' | # Rather than deleting non-alpha
#+ chars, change them to newlines.
egrep -v '^#' | # Delete lines starting with hashmark.
egrep -v "^[ ]*([A-Za-z][A-Za-z]|[A-Za-z])$" |
egrep -v '^$'
}
if [ "$2" == 1 ] # Need at least one
then
uniquemmasher $*;
bin/micro-dict~ view on Meta::CPAN
#!/bin/bash
IFS=$'\n';
#REMOVETHESE="gov|search|cid|aaa|bbb|ccc|ddd|eee|fff|ggg|hhh|iii|jjj|kkk|lll|mmm|nnn|ooo|ppp|qqq|rrr|sss|ttt|eee|fff|ggg|hhh|iii|jjj|kkk|lll|mmm|nnn|ooo|ppp|qqq|rrr|sss|ttt|uuu|vvv|www|xxx|yyy|zzz|org|wiki|png|jpg|thumb|pdf|ref|idx|php|html|json|abc|...
# egrep -v "($REMOVETHESE)" |
#+ options to sort. Changed from
stop=$(perl -MAI::MicroStructure::WordBlacklist -E "my \$s=AI::MicroStructure::WordBlacklist::getStopWords('de'); my @s = keys %\$s; print join('|',@s);")
function uniquemmasher(){
bin/micro-dict~ view on Meta::CPAN
cmd=cat
else
cmd=echo
fip
stop=$(perl -MAI::MicroStructure::WordBlacklist -E "my \$s=AI::MicroStructure::WordBlacklist::getStopWords('de'); my @s = keys %\$s; print join('|',@s);")
res=$($cmd $1 | tr A-Z a-z | # Convert to lowercase.
tr ' ' '_' | # New: change spaces to newlines.
tr -c '\012a-z' '\012' | # Rather than deleting non-alpha
egrep -v "^[ ]*([A-Za-z][A-Za-z]|[A-Za-z])$" | egrep -v "^$");
echo "$res"
}
function masher(){
if [ -f "$1" ]
then #+ valid file argument.
cmd=cat
else
cmd=echo
fi
$cmd $1 | tr A-Z a-z | # Convert to lowercase.
tr ' ' '\012' | # New: change spaces to newlines.
# tr -cd '\012[a-z][0-9]' | # Get rid of everything
#+ non-alphanumeric (in orig. script).
tr -c '\012a-z' '\012' | # Rather than deleting non-alpha
#+ chars, change them to newlines.
egrep -v '^#' | # Delete lines starting with hashmark.
egrep -v "^[ ]*([A-Za-z][A-Za-z]|[A-Za-z])$" |
egrep -v '^$'
}
if [ "$2" == 1 ] # Need at least one
then
uniquemmasher $*;
bin/micro-relation view on Meta::CPAN
use WWW::Wikipedia;
use Try::Tiny;
my $lang = $ENV{MICRO_LANG} || "en" ;
my $wiki = WWW::Wikipedia->new(language => $lang);
use Cache::Memcached::Fast;
our $memd = new Cache::Memcached::Fast({
servers => [ { address => 'localhost:11211', weight => 2.5 }],
namespace => 'my:',
connect_timeout => 0.2,
io_timeout => 0.1,
close_on_error => 1,
compress_threshold => 100_000,
compress_ratio => 0.9,
max_failures => 1,
max_size => 512 * 1024,
});
sub decruft {
my($file) = @_;
my($cruftSet) = q{%§&|#[^+*(]),'";};
my $clean = $file;
$clean=~s/\Q$_//g for split("",$cruftSet);
return $clean;
}
sub rel {
my $arg = shift;
my $lang = shift;
if(defined(my $fromCache = $memd->get($arg))){
return $fromCache;
}
my $result = $wiki->search($arg);
my $str = "";
if (defined($result) && $result->text() ) {
try{
$str = join( "\n", $result->related() );
$str = decruft($str);
$memd->set($arg,$str);
};
}
return $str;
}
try{
print rel(eval qw{$_}, $lang) for @ARGV;
};
#
1;
__DATA__
bin/micro-relation-test view on Meta::CPAN
use Data::Dumper;
use WWW::Wikipedia;
use Try::Tiny;
my $lang = $ENV{MICRO_LANG} || "en" ;
my $wiki = WWW::Wikipedia->new(language => $lang);
use Cache::Memcached::Fast;
my $memd = new Cache::Memcached::Fast({
servers => [ { address => 'localhost:11211', weight => 2.5 }],
namespace => 'my:',
connect_timeout => 0.2,
io_timeout => 0.5,
close_on_error => 1,
compress_threshold => 100_000,
compress_ratio => 0.9,
compress_methods => [ \&IO::Compress::Gzip::gzip,
\&IO::Uncompress::Gunzip::gunzip ],
max_failures => 3,
failure_timeout => 2,
ketama_points => 150,
nowait => 1,
hash_namespace => 1,
serialize_methods => [ \&Storable::freeze, \&Storable::thaw ],
utf8 => ($^V ge v5.8.1 ? 1 : 0),
max_size => 512 * 1024,
});
sub decruft {
my($file) = @_;
my($cruftSet) = q{%§&|#[^+*(]),'";};
my $clean = $file;
$clean=~s/\Q$_//g for split("",$cruftSet);
return $clean;
}
sub rel {
my ($arg,$lang) = @_;
my $result = $wiki->search($arg);
my $str = "";
if (defined($result) && $result->text() ) {
$str = join( "\n", $result->related() );
}
return $str;
}
foreach my $call(@ARGV)
{
my $fromCache = $memd->get($call);
if($fromCache){
print $fromCache;
}else{
my $str = rel($call, $lang);
$memd->set($call,$str);
}
}
#
1;
__DATA__
bin/micro-sense view on Meta::CPAN
my $wn;
my $debug = 0;
my $words = 1;
my $count = 0;
if( grep{/\bdebug\b/} @ARGV ){$debug = 1; cleanArgs("debug"); };
if( grep{/\bwords\b/} @ARGV ){$words = 1; cleanArgs("words"); };
sub cleanArgs{
my ($key) = @_;
my @tmp=();
foreach(@ARGV){
push @tmp,$_ unless($_=~/$key/);}
@ARGV=@tmp;
}
# convert to lower case, translate ' ' to '_' and eliminate any
# syntactic marker
sub lower#
{
my $word = shift;
$word =~ tr/A-Z /a-z_/;
$word =~ s/\(.*\)$//;
return $word;
}
# translate ' ' to '_'
sub underscore#
{
$_[0] =~ tr/ /_/;
return $_[0];
}
# Eliminate any syntactic marker
sub delMarker#
{
$_[0] =~ s/\(.*\)$//;
return $_[0];
}
sub trim
{
my $string = shift;
$string = "" unless $string;
$string =~ s/^\s+//;
$string =~ s/\s+$//;
$string =~ s/\t//;
$string =~ s/^\s//;
return $string;
}
$structure{"x",1} = "\nData: Hello, my name is Data!\nThank you for reactivating me !";
$structure{"x",2} = "\nData: My post-hypnotic positron inducer signals all systems within normal parameters!\n";
$structure{"x",3} = "\nData: Please think of an category and I will try to get some structures to it - press enter when ready\n";
sub forms
{
my ($string) = shift;
# The query string (word, pos and sense #)
my ($word, $pos, $sense) = $string =~ /^([^\#]+)(?:\#([^\#]+)(?:\#(\d+))?)?$/;
return $string;
}
sub intro {
return sort grep{/^\nData: /} %structure;
}
my @s=AI::MicroStructure::WordBlacklist::getStopWordsSmall();
my $search = "(".join("|",@s).")";
$search =~ s/\'/\\'/g;
my $line = "";
my @xset;
$line = $ARGV[0];
#while($count++ < 2) {
if($count==1 && !$line){
print intro();
next;
}
chomp($line = <STDIN>) unless($line);
@set=();
$wn = `wn $line -over -hypen -hypon -synsn -smemn -membn -subsn -meron -holon -derin -domnn -famln -coorn -hmern -grepn`;
# print forms($wn);
# die;
foreach(split("\n",$wn)){
if($_ =~ /^([0-9].*?)[.](.*?)$/){
my($sense,$text)=($1,$2);
my @set = map{$_=~s/"|'|`//g; trim($_)}grep{/[a-z|A-Z]/}split("\\(|--|\\)|; \"",$text);
push @{$data->{'senses'}->{$sense}->{"basics"}},@set;
}
}
#last if $line =~ /quit/;
#next if $line =~ /^[a-z|A-Z]/i;
# redo;
#}
#//map{$_=map{ trim($_)}split("=>",$_)unless($_=~/Coordinate Terms/)}
#print Dumper [split("sense",`wn $line -coorn`)];
push @{$data->{'search'}},grep{/[a-z|A-Z]/}split("\n|,",lc `micro-wnet $line words`) unless(!$words);
#push @{$data->{'coordinate'}},map{$_=trim($_); @_=grep(/[A-Z]|[0-9]|[a-z]/,map{$_=trim($_)}split("\n|=>",$_))}split(/Sense/,`wn $line -coorn`) unless(!$words);
#shift @{$data->{'coordinate'}} && shift @{$data->{'search'}} for(0..1);
#@{$data->{'search'}};
END{
$data = {"rows"=>$data,"senses"=>[sort keys %{$data->{'senses'}}]};
my $utf8_encoded_json_text = encode_json($data);
if($debug == 1) {
print Dumper $data,$wn;
}
print $utf8_encoded_json_text;
}
bin/micro-soundex view on Meta::CPAN
#!/usr/bin/perl
use File::Copy;
use Data::Dumper;
use Data::Printer;
sub soundex
{
p @_;
my $dir = `pwd | tr -d "\n"`;
my $file = shift;
push @_,$file;
local( @res ) = map {$_=$_}@_; local($i, $t,$_);
for ( @res ) { tr/a-zA-Z//cd; tr/a-zA-Z/A-ZA-Z/s;
($i,$t) = /(.)(.*)/;
$t =~ tr/BFPVCGJKQSXZDTLMNRAEHIOUWY/111122222222334556/sd;
$_ = substr(($i||'Z').$t.'000', 0, 4 );
}
my $maindir = substr($res[0],0,1);
my $targetdir = sprintf("%s/%s/%s",$dir, $maindir,substr($res[0],0,2));
if(! -d $targetdir){
# `mkdir -p $targetdir`;
}
# move($file,$targetdir);
return [$dir,$targetdir,@res,substr($res[0],0,2),$file];
}
#print Dumper glob '*/*json';
print Dumper soundex(@ARGV);
bin/micro-wiki view on Meta::CPAN
die("require a argument") unless($ARGV[0]);
our $doc ={};
our @links;
our $linkdata = {};
our $result;
our $odir = "";
my $url = $ARGV[0];
my @inx;
my @test;
my $search="";
my $TOP="wikipedia";
my $carry = {count=>0,max=>0};
sub nicefy { return reverse sort {length($a) <=> length($b)}@_ }
sub quantify {my $base = {}; map{$base->{$_} = $base->{$_}?$base->{$_}+1:1}@_; return $base; }#return reverse sort {length($a) <=> length($b)}@_ }
sub list_iter {
my @ar = @_;
my $pos = 0;
return sub {
return if $pos >= @ar;
my @r = ( $pos, $ar[$pos] ); # Note: returns ( index, value )
$pos++;
return @r;
};
}
sub down_iter {
my @ar = @_;
my $pos = 0;
return sub {
return if $pos >= @ar;
my @r = ( $pos, $ar[$pos] ); # Note: returns ( index, value )
$pos++;
return @r;
};
}
sub checkIsThere {
return 0;
}
sub URLDecode {
my $theURL = $_[0];
$theURL =~ tr/+/ /;
bin/micro-wiki view on Meta::CPAN
print $url;
if($url){
my $ua = LWP::UserAgent->new;
$response = $ua->get(sprintf("%s%s",$config->{wikipedia}, ucfirst($url)));
$e->parse($response->decoded_content);
return $e->links;
}
}
sub call {
my ($idx,$url) = @_;
my $ua = LWP::UserAgent->new;
my $content ;
my $response ="";
my @book = ();
$response = $ua->get(sprintf("%s%s",$config->{wikipedia}, ucfirst($url)));
my $doc={};
my $linkdata={};
my $wiki = WWW::Wikipedia->new();
my $hs = HTML::Strip->new();
my $result = $wiki->search(ucfirst $url);
if (defined($result) && $result->text() ) {
my $clean_text = $hs->parse($result->text() );
$hs->eof;
require HTML::SimpleLinkExtor;
no warnings 'utf8';
my $e = HTML::SimpleLinkExtor->new();
$e->parse($response->decoded_content);
my @all_links = $e->links;
my @tags= map{$_=lc($_); $_=~s/\)|\/wiki\///g; $_=~s/ /_/g; $_=[split("_\\(",$_)] }grep {/([(].+?[)]|$url)/}@all_links ;# $result->related();
my @audio = grep{/^(\/\/|upload|http).*.(mp3|wave|ogg|OGG|WAVE|MP3)$/}@all_links;
my @pdf = grep{/^(\/\/|upload|http).*.(pdf|PDF)$/}@all_links;
my @book = grep{/books.google/i}@all_links;
foreach(@tags){
if($_->[1] && $_->[1]!~/\W/){
$doc->{tags}->{$_->[1]}->{$_->[0]} = $doc->{tags}->{$_->[1]}->{$_->[0]} ? $doc->{tags}->{$_->[1]}->{$_->[0]} +1:1;
}
}
$doc->{image}=[map{$_="http:$_"; }grep{/[1-9][0-9][0-9]px/}$e->img];
$doc->{cat}=[grep{/^.*.(Kategory|Category)+?/}@all_links];
$doc->{cat}=[sort grep{!/(category|wikipedia|article|page|List.*.of)/i}map{$a=$_; $a =~ s/^.*.://g; $_=$a;}@{$doc->{cat}}];
$doc->{list}=[grep{/List.*.of_/}@all_links];
$doc->{list}=[sort map{$a=$_; $a=~ s/^.*.List/List/g; $_=$a;}@{$doc->{list}}];
$doc->{book}= [@book] unless(!@book);
$doc->{pdf}= [@pdf] unless(!@pdf);
$doc->{audio}= [@audio] unless(!@audio);
$doc->{related} = quantify $result->related();
$doc->{links} = [sort grep{/http/}@all_links];
#eval '$couchdb->store("$url" ,$doc)' or warn "error: $@\n";
# createJsonFile($url,$doc);
p $doc;
return $doc;
}
}
our @out = ();
foreach my $urlx (@ARGV) {
bin/micrownet view on Meta::CPAN
#! /bin/bash
for i in $@; do
wn $i -hypon -hypen -synsv -synsn -hypen -synsv -synsn -synsa -grepn -grepa -grepv -synsa -perta -deria -famla -grepv -derin -famln |
sed 's/[[:space:]]*=> / /' | sed 's/HAS INSTANCE//g' | egrep -v "(Synonyms|Hypernyms|Grep|The |*.[ ]of[ ].*|Overview|Hyponyms|noun|[1-9]|^(\W+))" |
sed '/^$/d' | sed 's/ /_/g'| sed 's/,_/\n/g' | sort -u | egrep "(^$i|[_]$i)";
done;
#
#echo -e "\n"$i,$xx;
#
#
bin/pdflinks view on Meta::CPAN
IFS=$'\n';
pat="Category"
url="http://en.wikipedia.org/wiki/$1"
if [[ $1 =~ $pat ]]; then
url="http://en.wikipedia.org/wiki/$1";
else
url="http://en.wikipedia.org/wiki/Category:$1";
fi
echo $url;
for i in $(mojo get "$url" a attr href | sort -u | egrep "^\/wiki\/[A-Z]" | egrep -v "Portal|Wikipedia|Special:|Help:|Main_Page" | sed -s "s/\/wiki\///");
do
if [[ $i =~ $pat ]]; then
echo -e "\t\t\t./$0 $i"
#./pdflinks $i
else
echo $i;
fi
done
#url=$(echo "http://en.wikipedia.org/wiki/"$i);
#for ii in `mojo get $url a attr href | egrep pdf$ | sort -R`; do
# echo echo wget -rc "$ii"; done done
bin/remote.pl view on Meta::CPAN
package AI::MicroStructure::KnowHow;
use strict;
use AI::MicroStructure (); # do not export metaname and friends
#use AI::MicroStructure::RemoteKnowledge;
use List::Util qw( shuffle );
use Carp;
#our @ISA = qw( AI::MicroStructure::RemoteKnowledge );
sub init {
my $class = caller(0);
my $data = AI::MicroStructure->load_data($class);
no strict 'refs';
my $sep = ${"$class\::Separator"} ||= '/';
my $tail = qr/$sep?[^$sep]*$/;
# compute all categories
my @categories = ( [ $data->{names}, '' ] );
while ( my ( $h, $k ) = @{ shift @categories or []} ) {
if ( ref $h eq 'HASH' ) {
push @categories,
map { [ $h->{$_}, ( $k ? "$k$sep$_" : $_ ) ] } keys %$h;
}
else { # leaf
my @items = split /\s+/, $h;
while ($k) {
push @{ ${"$class\::KnowHow"}{$k} }, @items;
$k =~ s!$tail!!;
}
}
}
${"$class\::Default"} = $data->{default} || ':all';
${"$class\::Theme"} = ( split /::/, $class )[-1];
*{"$class\::import"} = sub {
my $callpkg = caller(0);
my $theme = ${"$class\::Theme"};
my $meta = $class->new;
*{"$callpkg\::meta$theme"} = sub { $meta->name(@_) };
};
${"$class\::meta"} = $class->new();
}
sub name {
my ( $self, $count ) = @_;
my $class = ref $self;
if ( !$class ) { # called as a class method!
$class = $self;
no strict 'refs';
$self = ${"$class\::meta"};
}
no strict 'refs';
if ( defined $count && $count !~ /A-Za-z/ && $count == 0 ) {
return wantarray
? shuffle @{ $self->{base} }
: scalar @{ $self->{base} };
}
$count ||= 1;
my $Knowledge = $self->{cache};
if ( @{ $self->{base} } ) {
push @$Knowledge, shuffle @{ $self->{base} } while @$Knowledge < $count;
}
splice( @$Knowledge, 0, $count );
}
sub new {
my $class = shift;
no strict 'refs';
my $self = bless { @_, cache => [] }, $class;
# compute some defaults
$self->{category} ||= ${"$class\::Default"};
# fall back to last resort (FIXME should we carp()?)
$self->{category} = ${"$class\::Default"}
if $self->{category} ne ':all'
&& !exists ${"$class\::KnowHow"}{ $self->{category} };
$self->_compute_base();
return $self;
}
sub _compute_base {
my ($self) = @_;
my $class = ref $self;
# compute the base Knowledge for this category
no strict 'refs';
my %seen;
$self->{base} = [
grep { !$seen{$_}++ }
map { @{ ${"$class\::KnowHow"}{$_} } }
$self->{category} eq ':all'
? ( keys %{"$class\::KnowHow"} )
: ( $self->{category} )
];
return;
}
sub category { $_[0]->{category} }
sub categories {
my $class = shift;
$class = ref $class if ref $class;
no strict 'refs';
return keys %{"$class\::KnowHow"};
}
sub has_category {
my ($class, $category) = @_;
$class = ref $class if ref $class;
no strict 'refs';
return exists ${"$class\::KnowHow"}{$category};
}
sub theme {
my $class = ref $_[0] || $_[0];
no strict 'refs';
return ${"$class\::Theme"};
}
1;
package AI::MicroStructure::KnowHow;
use strict;
use warnings;
use Carp;
# method that extracts the items from the remote content and returns them
sub extract {
my $class = ref $_[0] || $_[0];
no strict 'refs';
my $func = ${"$class\::Remote"}{extract};
# provide a very basic default
my $meth = ref $func eq 'CODE'
? sub { my %seen; return grep { !$seen{$_}++ } $func->( $_[1] ); }
: sub { return $_[1] }; # very basic default
# put the method in the subclass symbol table (at runtime)
*{"$class\::extract"} = $meth;
# now run the function^Wmethod
goto &$meth;
}
# methods related to the source URL
sub source {
my $class = ref $_[0] || $_[0];
no strict 'refs';
return ${"$class\::Remote"}{source};
}
sub sources {
my $class = ref $_[0] || $_[0];
no strict 'refs';
my $src = ${"$class\::Remote"}{source};
if ( ref $src eq 'ARRAY' ) {
return @$src;
}
elsif ( ref $src eq 'HASH' ) {
return
map { ref $_ ? @$_ : $_ } $_[1] ? $src->{ $_[1] } : values %$src;
}
return $src;
}
sub has_remoteKnowledge { return defined $_[0]->source(); }
# main method: return the Knowledge from the remote source
sub remote_Knowledge {
my $class = ref $_[0] || $_[0];
return unless $class->has_remoteKnowledge();
# check that we can access the network
eval {
require LWP::UserAgent;
die "version 5.802 required ($LWP::VERSION installed)\n"
if $LWP::VERSION < 5.802;
};
if ($@) {
carp "LWP::UserAgent not available: $@";
return;
}
# fetch the content
my @items;
my @srcs = $class->sources($_[1]);
my $ua = LWP::UserAgent->new( env_proxy => 1 );
foreach my $src (@srcs) {
my $res = $ua->request( HTTP::Request->new( GET => $src ) );
if ( ! $res->is_success() ) {
carp "Failed to get content at $src (" . $res->status_line();
return;
}
# extract, cleanup and return the data
# if decoding the content fails, we just deal with the raw content
push @items =>
$class->extract( $res->decoded_content() || $res->content() );
}
# return unique items
my %seen;
return grep { !$seen{$_}++ } @items;
}
#
# transformation subroutines
#
sub tr_nonword {
my $str = shift;
$str =~ tr/a-zA-Z0-9_/_/c;
$str;
}
sub tr_accent {
my $str = shift;
$str =~ tr{ÀÃÂÃÄÅÇÈÉÊËÌÃÃŽÃÑÒÓÔÕÖØÙÚÛÜÃà áâãäåçèéêëìÃîïñòóôõöøùúûüýÿ}
{AAAAAACEEEEIIIINOOOOOOUUUUYaaaaaaceeeeiiiinoooooouuuuyy};
return $str;
}
my %utf2asc = (
"\xc3\x89" => 'E',
"\xc3\xa0" => 'a',
"\xc3\xa1" => 'a',
"\xc3\xa9" => 'e',
"\xc3\xaf" => 'i',
"\xc3\xad" => 'i',
"\xc3\xb6" => 'o',
"\xc3\xb8" => 'o',
"\xc5\xa0" => 'S',
"\x{0160}" => 'S',
# for pokemons
"\x{0101}" => 'a',
"\x{012b}" => 'i',
"\x{014d}" => 'o',
"\x{016b}" => 'u',
"\xe2\x99\x80" => 'female',
"\xe2\x99\x82" => 'male',
"\x{2640}" => 'female',
"\x{2642}" => 'male',
);
my $utf_re = qr/(@{[join( '|', sort keys %utf2asc )]})/;
sub tr_utf8_basic {
my $str = shift;
$str =~ s/$utf_re/$utf2asc{$1}/go;
return $str;
}
1;
package main;
use Data::Printer;
my $ps = AI::MicroStructure::KnowHow->new();
my @go = $ps->remote_Knowledge();
print @go;
bin/remote.pl view on Meta::CPAN
package AI::MicroStructure::Knowledge;
use strict;
use AI::MicroStructure (); # do not export metaname and friends
#use AI::MicroStructure::RemoteKnowledge;
use List::Util qw( shuffle );
use Carp;
our @ISA = qw( AI::MicroStructure::RemoteKnowledge );
sub init {
my ($self, $data) = @_;
my $class = caller(0);
$data ||= AI::MicroStructure->load_data($class);
croak "The optional argument to init() must be a hash reference"
if ref $data ne 'HASH';
no strict 'refs';
no warnings;
${"$class\::Theme"} = ( split /::/, $class )[-1];
@{"$class\::Knowledge"} = split /\s+/, $data->{names};
*{"$class\::import"} = sub {
my $callpkg = caller(0);
my $theme = ${"$class\::Theme"};
my $meta = $class->new();
*{"$callpkg\::meta$theme"} = sub { $meta->name(@_) };
};
${"$class\::meta"} = $class->new();
}
sub name {
my ( $self, $count ) = @_;
my $class = ref $self;
if( ! $class ) { # called as a class method!
$class = $self;
no strict 'refs';
$self = ${"$class\::meta"};
}
no strict 'refs';
if( defined $count && $count == 0 ) {
return
wantarray ? shuffle @{"$class\::Knowledge"} : scalar @{"$class\::Knowledge"};
}
$count ||= 1;
my $Knowledge = $self->{cache};
{
no strict 'refs';
if (@{"$class\::Knowledge"}) {
push @$Knowledge, shuffle @{"$class\::Knowledge"} while @$Knowledge < $count;
}
}
splice( @$Knowledge, 0, $count );
}
sub new {
my $class = shift;
bless { cache => [] }, $class;
}
sub theme {
my $class = ref $_[0] || $_[0];
no strict 'refs';
return ${"$class\::Theme"};
}
1;
package AI::MicroStructure::pornstars;
use strict;
#use AI::MicroStructure::KnowHow;
our @ISA = qw( AI::MicroStructure::KnowHow );
__PACKAGE__->init();
our %Remote = (
source => {
female => 'http://en.wikipedia.org/wiki/Knowledge_of_female_porn_stars',
male => 'http://en.wikipedia.org/wiki/Knowledge_of_male_porn_stars'
},
extract => sub {
return
map { AI::MicroStructure::RemoteKnowledge::tr_accent($_) }
map { AI::MicroStructure::RemoteKnowledge::tr_utf8_basic($_) }
grep { ! /^Knowledge_|_Groups$/ }
map { s/[-\s']/_/g; s/[."]//g; $_ }
$_[0]
=~ m{^<li>(?:<[^>]*>)?(.*?)(?:(?: ?[-,(<]| aka | see ).*)?</li>}mig
},
,
);
1;
package main;
use Data::Printer;
my $ps = AI::MicroStructure::pornstars->new();
my @go = $ps->extract();
p @go;
p $ps;
lib/AI/MicroStructure.pm view on Meta::CPAN
our %MODS;
our %ALIEN;
our $str = "[A-Z]";
our $special = "any";
our $search;
our $data={};
our $item="";
our @items;
our @a=();
our ($init,$new,$drop,$available,$lib,
$list,$use,$off,$switch,$mirror,
$version,$help,$write,$verbose) = (0,0,0,0,0,0,0,0,0,0,0,0,0,0);
eval "\$$_=1; " for @ARGV;
if( grep{/\bnew\b/} @ARGV ){ $new = 1; cleanArgs("new"); }
if( grep{/\bwrite\b/} @ARGV ){ $write = 1; cleanArgs("write"); };
if( grep{/\bdrop\b/} @ARGV ){ $drop = 1; cleanArgs("drop"); };
if( grep{/\bverbose\b/} @ARGV ){ $verbose = 1; cleanArgs("verbose"); };
our $StructureName = $ARGV[0]; # default structure
our $structure = $ARGV[0]; # default structure
our $state = AI::MicroStructure::Util::config();
our @CWD=();
push @CWD , $state->{path}->{"cwd/structures"};
our $config = $state->{cfg};
our $micro = AI::MicroStructure->new($Structure);
$absstructdir = $state->{path}->{"cwd/structures"};
sub cleanArgs{
my ($key) = @_;
my @tmp=();
foreach(@ARGV){
push @tmp,$_ unless($_=~/$key/);}
@ARGV=@tmp;
}
# private class method
sub find_structures {
my ( $class, @dirs ) = @_;
$ALIEN{"base"} = [map @$_,
map { [ ( fileparse( $_, qr/\.pm$/ ) )[0] => $_ ] }
map { File::Glob::bsd_glob(
File::Spec->catfile( $_, ($structdir,"*") ) ) } @dirs];
return @{$ALIEN{"base"}};
}
# fetch the list of standard structures
sub find_modules {
my $structures = {};
foreach(@INC)
{
my @set = grep /($str)/, map @$_,
map { [ ( fileparse( $_, qr/\.pm$/ ) )[0] => $_ ] }
map { File::Glob::bsd_glob(
File::Spec->catfile( $_, qw( AI MicroStructure *.pm ) ) ) } $_;
foreach(@set){
$structures->{$_}=$_;# unless($_=~/(usr\/local|basis)/);
}
}
return %$structures;
}
$MICRO{$_} = 0 for keys %{{__PACKAGE__->find_structures(@CWD)} };
$MODS{$_} = $_ for keys %{{__PACKAGE__->find_modules(@INC)} };
$search = join("|",keys %MICRO);
BEGIN{
use File::HomeDir;
my $fileDir = File::HomeDir->my_home . "/data-hub/structures/";
my $fileSpec = File::HomeDir->my_home . "/data-hub/structures/any.pm";
if ( -e $fileSpec ) {
} else {
mkdir($fileDir);
warn "missing:$fileSpec";
}
}
sub getComponents{
my $x= {};
$x->{"all_structures"} = [keys %MICRO];
$x->{"count_struct"} = sprintf(keys %MICRO);
$x->{"structures"} = {};
foreach my $con (@{$x->{"all_structures"}}){
next unless($con!~/any/);
my @in = split("\n",eval{`cat $state->{path}->{"cwd/structures"}/$con.pm`;});
$x->{"structures"}->{$state->{path}->{"cwd/structures"}}->{$con}->{name} =
[grep{$_}grep {!/(our|my|use|sub|use|package|#|__|1)/}split("\n",`cat $state->{path}->{"cwd/structures"}/$con.pm`)];#,
$x->{"structures"}->{$state->{path}->{"cwd/structures"}}->{$con}->{files} =
[split("\n",`ls -R /home/santex/repos/KnowledgeInterDisciplinary/data/json | egrep -i "($con)";`)];
}
return $x;
}
sub import {
my $class = shift;
my @structures = ( grep { $_ eq ':all' } @_ )
? ( 'foo', grep { !/^(?:foo|:all)$/ } keys %MICRO ) # 'foo' is still first
: @_;
$Structure = $structures[0] if @structures;
$micro = AI::MicroStructure->new( $Structure );
# export the microname() function
no strict 'refs';
my $callpkg = caller;
*{"$callpkg\::microname"} = \µname; # standard theme
# load the classes in @structures
for my $structure( @structures ) {
eval "require AI::MicroStructure::$structure; import AI::MicroStructure::$structure;";
croak $@ if $@;
*{"$callpkg\::micro$structure"} = sub { $micro->name( $structure, @_ ) };
}
}
sub new {
my ( $class, @args ) = ( @_ );
my $structure;
$structure = shift @args if @args % 2;
$structure = $Structure unless $structure; # same default everywhere
# defer croaking until name() is actually called
bless { structure => $structure, args => { @args }, micro => {} ,state=>$state}, $class;
}
sub _rearrange{
my $self = shift;
$self->{'payload'} = shift if @_;
return %$self;
}
# CLASS METHODS
sub add_structure {
my $class = shift;
my %structures = @_;
for my $structure ( keys %structures ) {
croak "The structure $structure already exists!" if exists $MICRO{$structure};
my @badnames = grep { !/^[a-z_]\w*$/i } @{$structures{$structure}};
croak "Invalid names (@badnames) for structure $structure"
if @badnames;
my $code = << "EOC";
package AI::MicroStructure::$structure;
use strict;
use AI::MicroStructure::List;
our \@ISA = qw( AI::MicroStructure::List );
our \@List = qw( @{$structures{$structure}} );
__PACKAGE__->init();
1;
EOC
eval $code;
$MICRO{$structure} = 1; # loaded
# export the microstructure() function
no strict 'refs';
my $callpkg = caller;
*{"$callpkg\::micro$structure"} = sub { $micro->name( $structure, @_ ) };
}
}
# load the content of __DATA__ into a structure
# this class method is used by the other AI::MicroStructure classes
sub load_data {
my ($class, $structure ) = @_;
$data = {};
my $fh;
{ no strict 'refs'; $fh = *{"$structure\::DATA"}{IO}; }
my $item;
my @items;
$$item = "";
{
if(defined($fh)){
local $_;
while (<$fh>) {
/^#\s*(\w+.*)$/ && do {
push @items, $item;
$item = $data;
my $last;
my @keys = split m!\s+|\s*/\s*!, $1;
$last = $item, $item = $item->{$_} ||= {} for @keys;
$item = \( $last->{ $keys[-1] } = "" );
next;
};
$$item .= $_;
}
}
}
# clean up the items
for( @items, $item ) {
$$_ =~ s/\A\s*//;
$$_ =~ s/\s*\z//;
$$_ =~ s/\s+/ /g;
}
return $data;
}
#fitnes
sub fitnes {
my $self = shift;
return sha1_hex($self->structures());
##my ($config,$structure, $config ) = (shift,[$self->structures()]); FIXME
}
# main function
sub microname { $micro->name( @_ ) };
sub shitname {
my $self = shift;
my ( $structure, $count ) = ("any",1);
if (@_) {
( $structure, $count ) = @_;
( $structure, $count ) = ( $self->{structure}, $structure )
if $structure =~ /^(?:0|[1-9]\d*)$/;
}
else {
( $structure, $count ) = ( $self->{structure}, 1 );
}
if( ! exists $self->{micro}{$structure} ) {
my ( $structure, $category ) = split /\//, $structure, 2;
if( ! $MICRO{$structure} ) {
try{
# `micro new $structure`;
eval "require '$absstructdir/$structure.pm';";
$MICRO{$structure} = 1; # loaded
$self->{micro}{$structure} = AI::MicroStructure->new($structure,category => $category);
print $self->{micro}{$structure}->name( $count );
return;
} catch{
}
}
}
}
# corresponding method
sub name {
my $self = shift;
my ( $structure, $count ) = ("any",1);
if (@_) {
( $structure, $count ) = @_;
( $structure, $count ) = ( $self->{structure}, $structure )
if defined($structure) && $structure =~ /^(?:0|[1-9]\d*)$/;
}
else {
( $structure, $count ) = ( $self->{structure}, 1 );
}
if( ! exists $self->{micro}{$structure} ) {
if( ! $MICRO{$structure} ) {
eval "require '$absstructdir/$structure.pm';";
croak "MicroStructure list $structure does not exist!" if $@;
$MICRO{$structure} = 1; # loaded
}
$self->{micro}{$structure} =
"AI::MicroStructure::$structure"->new( %{ $self->{args} } );
}
$self->{micro}{$structure}->name( $count );
}
# corresponding method
sub namex {
my $self = shift;
my ( $structure, $count ) = ("any",1);
if (@_) {
( $structure, $count ) = @_;
( $structure, $count ) = ( $self->{structure}, $structure )
if defined($structure) && $structure =~ /^(?:0|[1-9]\d*)$/;
}
else {
( $structure, $count ) = ( $self->{structure}, 1 );
}
if( ! exists $self->{micro}{$structure} ) {
if( ! $MICRO{$structure} ) {
try {
eval "require '$absstructdir/$structure.pm';";
$MICRO{$structure} = 1; # loaded
croak "MicroStructure list $structure does not exist!" if $@;
}catch{
}
}
$self->{micro}{$structure} =
"AI::MicroStructure::$structure"->new( %{ $self->{args} } );
}
$self->{micro}{$structure}->name( $count );
}
# other methods
sub structures { wantarray ? ( sort keys %MICRO ) : scalar keys %MICRO }
sub has_structure { $_[1] ? exists $MICRO{$_[1]} : 0 }
sub configure_driver { $_[1] ? exists $MICRO{$_[1]} : 0 }
sub count {
my $self = shift;
my ( $structure, $count );
if (@_) {
( $structure, $count ) = @_;
( $structure, $count ) = ( $self->{structure}, $structure )
if $structure =~ /^(?:0|[1-9]\d*)$/;
}
if( ! exists $self->{micro}{$structure} ) {
return scalar ($self->{micro}{$structure}->new);
}
return 0;
}
sub trim
{
my $self = shift;
my $string = shift;
$string = "" unless $string;
$string =~ s/^\s+//;
$string =~ s/\s+$//;
$string =~ s/\t//;
$string =~ s/^\s//;
return $string;
}
sub getBundle {
my $self = shift;
my @structures = grep { !/^(?:any)/ } AI::MicroStructure->structures;
my @micros;
my @search=[];
for my $structure (@structures) {
no strict 'refs';
eval "require '$absstructdir/$structure.pm';";
my %isa = map { $_ => 1 } @{"AI::MicroStructure::$structure\::ISA"};
if( exists $isa{'AI::MicroStructure::Locale'} ) {
for my $lang ( "AI::MicroStructure::$structure"->languages() ) {
push @micros,
["AI::MicroStructure::$structure"->new( lang => $lang ),$lang];
}
}
elsif( exists $isa{'AI::MicroStructure::MultiList'} ) {
for my $cat ( "AI::MicroStructure::$structure"->categories(), ':all' ) {
push @micros,
[ "AI::MicroStructure::$structure"->new( category => $cat ),$cat];
}
}
else {
push @micros, ["AI::MicroStructure::$structure"->new(),''];
}
}
my $all ={};
for my $test (@micros) {
my $micro = $test->[0];
my %items;
my $items = $micro->name(0);
$items{$_}++ for $micro->name(0);
my $key=sprintf("%s",$micro->structure);
$all->{$key}=[$test->[1],$micro->name($items)];
}
return $all;
}
sub save_cat {
my $self = shift;
my $data = shift;
my $dat;
my $ret = "";
foreach my $key(sort keys %{$data} ) {
next unless($_);
#ref $hash->{$_} eq "HASH"
if(ref $data->{$key} eq "HASH"){
$ret .= "\n".$self->save_cat($data->{$key});
}else{
$dat = $data->{$key};
$dat =~ s/^|,/\n/g;
$dat =~ s/\n\n/\n/g;
$dat =~ s/->\n|[0-9]\n//g;
$ret .= "# ".($key=~/names|default|[a-z]/?$key:"names ".$key);
$ret .= "\n ".$dat."\n";
}
}
return $ret;
}
sub save_default {
my $self = shift;
my $data = shift;
my $line = shift;
my $dat = {};
my @in = ();
my $active=0;
$line = $Structure unless($line);
foreach(@{$data->{rows}->{"coordinate"}}){
if($_ eq $line){ $active=1; }
if(1+$line eq $_){ $active=0; }
if($active==1){
$_=~s/,//g;
$_ = $self->trim($_);
$dat->{names}->{$_}=$_ unless(defined($dat->{names}->{$_}));
}
}
foreach(@{$data->{rows}->{"search"}}){
if($_ eq $line){ $active=1; }
if(1+$line eq $_){ $active=0; }
if($active==1){
$_=~s/,//g;
$_ = $self->trim($_);
$dat->{names}->{$_}=$_ unless(defined($dat->{names}->{$_}));
}
}
push @in , keys %{$dat->{names}};
push @in , values %{$data->{names}};
$dat->{names} = join(" ",@in);
$dat->{names} =~ s/$line(.*?)\-\>(.*?) [1-9] /$1 $2/g;
$dat->{names} =~ s/ / /g;
my @file = grep{/$Structure/}map{File::Glob::bsd_glob(
File::Spec->catfile( $_, ($structdir,"*.pm") ) )}@CWD;
if(@file){
open(SELF,"+<$file[0]") || die $!;
while(<SELF>){last if /^__DATA__/}
truncate(SELF,tell SELF);
print SELF $self->save_cat($dat);
truncate(SELF,tell SELF);
close SELF;
}
}
sub openData{
my $self = shift;
my @datax = ();
if(<DATA>){
@datax = <DATA>;
while(@datax){
chomp;
if($_=~/^#\s*(\w+.*)$/) {
@a=split(" ",$1);
if($#a){
$data->{$a[0]}->{$a[1]}="";
}else{
$data->{$1}="";
}
$item=$1 unless($#a);
}else{
my @keys = split m!\s+|\s*/\s*!,$_;
foreach(sort @keys){
if($#a){
$data->{$a[0]}->{$a[1]} .= " $_" unless($_ eq "");
}else{
$data->{$item} .= " $_" unless($_ eq "");
}
}
};
}
}
return $data;
}
sub getBlank {
my $self = shift;
my $structure = shift;
my $data = shift;
my $usage = "";
$usage = "#!/usr/bin/perl -W\n";
$usage .= << "EOC";
package AI::MicroStructure::$structure;
use strict;
use AI::MicroStructure::List;
our \@ISA = qw( AI::MicroStructure::List );
our \@List = qw( \@{\$structures{\$structure}} );
__PACKAGE__->init();
1;
EOC
my $new = {};
foreach my $k
(grep{!/^[0-9]/}map{$_=$self->trim($_)}@{$data->{rows}->{"search"}}){
$k =~ s/[ ]/_/g;
$k =~ s/[\(]|[\)]//g;
next if($k=~/synonyms|hypernyms/);
print $k;
$new->{$k}=[map{$_=[map{$_=$self->trim($_)}split("\n|, ",$_)]}
grep{!/synonyms|hypernyms/}split("sense~~~~~~~~~",
lc `micro-wnet $k`)];
next unless(@{$new->{$k}});
# $new->{$k}=~s/Sense*\n(.*?)\n\n/$1/g;
# @{$new->{$k}} = [split("\n|,",$new->{$k})];
$data->{rows}->{"ident"}->{md5_base64($new->{$k})} = $new->{$k};
}
my $list = join("\n",sort keys %$new);
# $list =~ s/_//g;
$usage .= "
__DATA__
# names
".$list;
}
sub save_new {
my $self = shift;
my $StructureName = shift;
my $data = shift;
if($StructureName){
#$StructureName = lc $self->trim(`micro`) unless($StructureName);
my $file = "$absstructdir/$StructureName.pm";
print `mkdir -p $absstructdir` unless(-d $absstructdir);
my $fh;
open($fh,">$file") || warn @{[$file,$!]};
print $fh $self->getBlank($StructureName,$data);
close $fh;
$Structure = $StructureName;
push @CWD,$file;
return 1;
}
}
sub drop {
my $self = shift;
my $StructureName = shift;
my @file = grep{/$StructureName.pm/}map{File::Glob::bsd_glob(
File::Spec->catfile( $_, ($structdir,"*.pm") ) )}@CWD;
my $fh = shift @file;
if(`ls $fh`)
{
print `rm $fh`;
}
#push @CWD,$file[1];
return 1;
}
sub help{
}
END{
if($init){}
if($available){}
if($lib){}
if($list){
p @{[__PACKAGE__->getComponents]};
}
if($use){}
if($off){}
if($switch){}
if($mirror){}
if($version){
printf($VERSION);
exit(0);
}
if($help) {
printf(__PACKAGE__->help());
exit(0);
}
if($drop == 1) {
__PACKAGE__->drop($StructureName);
exit 0;
}
if($new==1){
use Term::ReadKey;
use JSON;
my $data = decode_json(lc`micro-sense $StructureName words`);
my $char;
my $line;
my $senses=@{$data->{"senses"}};
$senses= 0 unless($senses);
if(!$verbose){
printf("\n
\033[0;34m
%s
Type: the number you choose 1..$senses
\033[0m",__PACKAGE__->usage($StructureName,$senses,$data));
}
$line = 1 unless($senses != 1);
if($verbose){
$line=1;
}
chomp($line = <STDIN>) unless($line);
my $d = join("#",@{$data->{rows}->{search}});
my @d = grep{/^$line#/}split("sense~~~~~~~~~",$d);
@{$data->{rows}->{"search"}}=split("#",join("",@d));
if($line>0){
__PACKAGE__->save_new($StructureName,$data,$line);
exit 0;
}else{
printf "your logic is today impaired !!!\n";
exit 0;
}
}
if($write == 1) {
__PACKAGE__->save_default();
}
}
sub usage {
my $self = shift;
my $search = shift;
my $senseNr = shift;
my $data = shift;
my $usage = << 'EOT';
.--'"""""--.>_
.-' o\\b.\o._o.`-.
.-'.- ) \d888888888888b.
/.' b Y8888888888888888b.
.-'. 8888888888888888888888888b
/ o888 Y Y8888888888888888888888b
/ d888P/ /| Y"Y8888888888888888888b
J d8888/| Y .o._. "Y8888888888888Y" \
|d Y888b|obd88888bo. """Y88888Y' .od8
Fdd 8888888888888888888bo._'|| d88888|
Fd d 88\ Y8888Y "Y888888888b, d888888P
d-b 8888b Y88P' """""Y888b8888P"|
J 8\88888888P `m. """"" |
|| `8888888P' "Ymm._ _J
|\\ Y8888P ' .mmm.YM) .mMF"'
| \\ Y888J ' < (@)>.- ` /MFm. |
J \ `YY ""' :: MM @)>F
L /) 88 : | ""\|
| ( ( Yb . ' . | L
\ bo 8b . . J | <0>_
\ "' . . . . L F <1>_
o._.:. . . \mm,__J/ / <2>_
Y8::'|. / `Y8P J <3>_
`|' J: . . ' . . | F <4>_
| L ' . _: | <5>_
| `: . .:oood8bdb. | 1>_
F `:. "-._ `" F 2>_
/ `::. """' / 3>_
/ `::. "" / 4>_
_.-d( `:::. F 5>_
-888b. `::::. . J 6>_
Y888888b. `::::::::::' 7>_
Y88888888bo. `::::::d 8>_
`"Y8888888888boo.._ `"dd88b. 9>_
"""""""""""""""""""""""""""""""""""""""""""""""
EOT
$usage =~ s/<0>_/\033[0;32mThe word $search\033[255;34m/g;
$usage =~ s/<1>_/\033[0;32mhas $senseNr concept's\033[255;34m/g;
$usage =~ s/<2>_/\033[0;32mwe need to find out the which one\033[255;34m/g;
$usage =~ s/<3>_/\033[0;32mto use for our new,\033[255;34m/g;
$usage =~ s/<4>_/\033[0;32mmicro-structure,\033[255;34m/g;
$usage =~ s/<5>_//g;
my @row = ();
my $ii=0;
foreach my $sensnrx (sort keys %{$data->{"rows"}->{"senses"}})
{
my $row = $data->{"rows"}->{"senses"}->{$sensnrx};
my $txt="";
foreach(@{$row->{"basics"}}[1..2]){
next unless($_);
$txt .= sprintf("\033[0;31m %s\033[255;34m",$_);
}
$txt .= sprintf("",$_);
$usage =~ s/$sensnrx>_/($sensnrx):$txt/g;
if($sensnrx>9){
$usage .= sprintf("\n(%d):%s",$sensnrx,$txt);
}
}
foreach my $ii (0..16){
$usage =~ s/$ii>_//g;
}
return $usage;
}
1;
__END__
#print Dumper $micro;
# ABSTRACT: AI::MicroStructure Creates Concepts for words
=head1 NAME
AI::MicroStructure
=head1 DESCRIPTION
Creates Concepts for words
=head1 SYNOPSIS
~$ micro new world
~$ micro structures
~$ micro any 2
~$ micro drop world
~$ micro
=head1 AUTHOR
Hagen Geissler <santex@cpan.org>
=head1 COPYRIGHT AND LICENCE
Hagen Geissler <santex@cpan.org>
=head1 SUPPORT AND DOCUMENTATION
[sample using concepts](http://active-memory.de:2323/nerd?param=perl#ajax/home)
[PDF info on my works](https://github.com/santex/AI-MicroStructure)
=head1 SEE ALSO
AI-MicroStructure
=cut
__DATA__
lib/AI/MicroStructure/Alias.pm view on Meta::CPAN
package AI::MicroStructure::Alias;
use strict;
use warnings;
use Carp;
our $VERSION = '0.20';
sub init {
my ( $self, $alias ) = @_;
my $class = caller(0);
eval "require AI::MicroStructure::$alias;";
croak "Aliased structure AI::MicroStructure::$alias failed to load: $@"
if $@;
no strict 'refs';
no warnings;
# copy almost everything over from the original
for my $k ( grep { ! /^(?:Theme|meta|import)$/ }
keys %{"AI::MicroStructure::$alias\::"} )
{
*{"$class\::$k"} = *{"AI::MicroStructure::$alias\::$k"};
}
# local things
${"$class\::Theme"} = ( split /::/, $class )[-1];
${"$class\::meta"} = $class->new();
*{"$class\::import"} = sub {
my $callpkg = caller(0);
my $structure = ${"$class\::Theme"};
my $meta = $class->new();
*{"$callpkg\::meta$structure"} = sub { $meta->name(@_) };
};
}
1;
__END__
=head1 NAME
AI::MicroStructure::Alias - Alias one structure to another
=head1 SYNOPSIS
package AI::MicroStructure::bonk;
use AI::MicroStructure::Alias;
our @ISA = qw( AI::MicroStructure::Alias );
__PACKAGE__->init('batman');
1;
=head1 NAME
AI::MicroStructure::bonk - The bonk structure
=head1 DESCRIPTION
This structure is just an alias of the C<batman> theme.
=cut
# no __DATA__ section required!
=head1 DESCRIPTION
C<AI::MicroStructure::Alias> is the base class for any structures that is
simply an alias of another structure.
=head1 METHOD
AI::MicroStructure::Alias defines a single method, C<init()> that
make aliases very easy to write (see the full example in L<SYNOPSIS>):
lib/AI/MicroStructure/List.pm view on Meta::CPAN
use strict;
use AI::MicroStructure (); # do not export metaname and friends
use AI::MicroStructure::RemoteList;
use List::Util qw( shuffle );
use Carp;
our @ISA = qw( AI::MicroStructure::RemoteList );
our $VERSION = '0.20';
sub init {
my ($self, $data) = @_;
my $class = caller(0);
$data ||= AI::MicroStructure->load_data($class);
croak "The optional argument to init() must be a hash reference"
if ref $data ne 'HASH';
no strict 'refs';
no warnings;
${"$class\::Theme"} = ( split /::/, $class )[-1];
@{"$class\::List"} = do { my %seen;
grep !$seen{$_}++, split /\s+/, $data->{names} };
*{"$class\::import"} = sub {
my $callpkg = caller(0);
my $structure = ${"$class\::Theme"};
my $meta = $class->new();
*{"$callpkg\::meta$structure"} = sub { $meta->name(@_) };
};
${"$class\::meta"} = $class->new();
}
sub name {
my ( $self, $count ) = @_;
my $class = ref $self;
if( ! $class ) { # called as a class method!
$class = $self;
no strict 'refs';
$self = ${"$class\::meta"};
}
if( defined $count && $count == 0 ) {
no strict 'refs';
return
wantarray ? shuffle @{"$class\::List"} : scalar @{"$class\::List"};
}
$count ||= 1;
my $list = $self->{cache};
{
no strict 'refs';
if (@{"$class\::List"}) {
push @$list, shuffle @{"$class\::List"} while @$list < $count;
}
}
splice( @$list, 0, $count );
}
sub new {
my $class = shift;
bless { cache => [] }, $class;
}
sub structure {
my $class = ref $_[0] || $_[0];
no strict 'refs';
return ${"$class\::Theme"};
}
1;
__END__
=head1 NAME
AI::MicroStructure::List - Base class for simple lists of names
=head1 SYNOPSIS
package AI::MicroStructure::beatles;
use AI::MicroStructure::List;
our @ISA = ( AI::MicroStructure::List );
__PACKAGE__->init();
1;
=head1 NAME
AI::MicroStructure::beatles - The fab four structure
=head1 DESCRIPTION
Ladies and gentlemen, I<The Beatles>. I<(hysteric cries)>
=cut
__DATA__
# names
john paul
george ringo
=head1 DESCRIPTION
C<AI::MicroStructure::List> is the base class for all structures that are
meant to return a random excerpt from a predefined list.
=head1 METHOD
AI::MicroStructure::List offers several methods, so that the subclasses
are easy to write (see full example in L<SYNOPSIS>):
lib/AI/MicroStructure/Locale.pm view on Meta::CPAN
use warnings;
use AI::MicroStructure (); # do not export metaname and friends
use AI::MicroStructure::MultiList;
use List::Util qw( shuffle );
use Carp;
our @ISA = qw( AI::MicroStructure::MultiList );
our $VERSION = '0.20';
sub init {
# alias the older package variable %Locale to %MultiList
no strict 'refs';
*{"$_[0]::Locale"} = \%{"$_[0]::MultiList"};
${"$_[0]::Separator"} = '_';
# call the parent class init code
goto &AI::MicroStructure::MultiList::init;
}
sub new {
my $class = shift;
no strict 'refs';
my $self = bless { @_, cache => [] }, $class;
# compute some defaults
if( ! exists $self->{category} ) {
$self->{category} =
exists $self->{lang}
? $self->{lang}
: $ENV{LANGUAGE} || $ENV{LANG} || '';
if( !$self->{category} && $^O eq 'MSWin32' ) {
eval { require Win32::Locale; };
$self->{category} = Win32::Locale::get_language() unless $@;
}
}
my $cat = $self->{category};
# support for territories
if ( $cat && $cat ne ':all' ) {
($cat) = $cat =~ /^([-A-Za-z_]+)/;
$cat = lc( $cat || '' );
1 while $cat
&& !exists ${"$class\::MultiList"}{$cat}
&& $cat =~ s/_?[^_]*$//;
}
# fall back to last resort
$self->{category} = $cat || ${"$class\::Default"};
$self->_compute_base();
return $self;
}
sub categories {
my $class = shift;
$class = ref $class if ref $class;
no strict 'refs';
my @p = keys %{"$class\::MultiList"};
print @p;
return \@p;
}
sub has_category {
my ($class, $category) = @_;
$class = ref $class if ref $class;
no strict 'refs';
return exists ${"$class\::MultiList"}{$category};
}
1;
__END__
=head1 NAME
AI::MicroStructure::Locale - Base class for multilingual structures
=head1 SYNOPSIS
package AI::MicroStructure::digits;
use AI::MicroStructure::Locale;
our @ISA = ( AI::MicroStructure::Locale );
__PACKAGE__->init();
1;
=head1 NAME
AI::MicroStructure::digits - The numbers structure
=head1 DESCRIPTION
You can count on this module. Almost.
=cut
__DATA__
# default
en
# names en
zero one two three four five six seven eight nine
# names fr
zero un deux trois quatre cinq six sept huit neuf
# names it
zero uno due tre quattro cinque sei sette otto nove
# names yi
nul eyn tsvey dray fir finf zeks zibn akht nayn
=head1 DESCRIPTION
C<AI::MicroStructure::Locale> is the base class for all structures that are
meant to return a random excerpt from a predefined list I<that depends
on the language>.
The language is selected at construction time from:
=over 4
lib/AI/MicroStructure/MultiList.pm view on Meta::CPAN
use strict;
use AI::MicroStructure (); # do not export metaname and friends
use AI::MicroStructure::RemoteList;
use List::Util qw( shuffle );
use Carp;
our @ISA = qw( AI::MicroStructure::RemoteList );
our $VERSION = '0.20';
sub init {
my ($self, $data) = @_;
my $class = caller(0);
$data ||= AI::MicroStructure->load_data($class);
no strict 'refs';
# note: variables mentioned twice to avoid a warning
my $sep = ${"$class\::Separator"} = ${"$class\::Separator"} ||= '/';
my $tail = qr/$sep?[^$sep]*$/;
# compute all categories
my @categories = ( [ $data->{names}, '' ] );
while ( my ( $h, $k ) = @{ shift @categories or []} ) {
if ( ref $h eq 'HASH' ) {
push @categories,
map { [ $h->{$_}, ( $k ? "$k$sep$_" : $_ ) ] } keys %$h;
}
else { # leaf
my @items = split /\s+/, $h;
while ($k) {
push @{ ${"$class\::MultiList"}{$k} }, @items;
$k =~ s!$tail!!;
}
}
}
${"$class\::Default"} = ${"$class\::Default"} = $data->{default} || ':all';
${"$class\::Theme"} = ${"$class\::Theme"} = ( split /::/, $class )[-1];
*{"$class\::import"} = sub {
my $callpkg = caller(0);
my $structure = ${"$class\::Theme"};
my $meta = $class->new;
*{"$callpkg\::meta$structure"} = sub { $meta->name(@_) };
};
${"$class\::meta"} = ${"$class\::meta"} = $class->new();
}
sub name {
my ( $self, $count ) = @_;
my $class = ref $self;
if ( !$class ) { # called as a class method!
$class = $self;
no strict 'refs';
$self = ${"$class\::meta"};
}
if ( defined $count && $count == 0 ) {
no strict 'refs';
return wantarray
? shuffle @{ $self->{base} }
: scalar @{ $self->{base} };
}
$count ||= 1;
my $list = $self->{cache};
if ( @{ $self->{base} } ) {
push @$list, shuffle @{ $self->{base} } while @$list < $count;
}
splice( @$list, 0, $count );
}
sub new {
my $class = shift;
no strict 'refs';
my $self = bless { @_, cache => [] }, $class;
# compute some defaults
$self->{category} ||= ${"$class\::Default"};
# fall back to last resort (FIXME should we carp()?)
$self->{category} = ${"$class\::Default"}
if $self->{category} ne ':all'
&& !exists ${"$class\::MultiList"}{ $self->{category} };
$self->_compute_base();
return $self;
}
sub _compute_base {
my ($self) = @_;
my $class = ref $self;
# compute the base list for this category
no strict 'refs';
my %seen;
$self->{base} = [
grep { !$seen{$_}++ }
map { @{ ${"$class\::MultiList"}{$_} } }
$self->{category} eq ':all'
? ( keys %{"$class\::MultiList"} )
: ( $self->{category} )
];
return;
}
sub category { $_[0]->{category} }
sub categories {
my $class = shift;
$class = ref $class if ref $class;
no strict 'refs';
return keys %{"$class\::MultiList"};
}
sub has_category {
my ($class, $category) = @_;
$class = ref $class if ref $class;
no strict 'refs';
return exists ${"$class\::MultiList"}{$category};
}
sub structure {
my $class = ref $_[0] || $_[0];
no strict 'refs';
return ${"$class\::Theme"};
}
1;
__END__
=head1 NAME
AI::MicroStructure::MultiList - Base class for structures with multiple lists
=head1 SYNOPSIS
package AI::MicroStructure::digits;
use AI::MicroStructure::MultiList;
our @ISA = ( AI::MicroStructure::MultiList );
__PACKAGE__->init();
1;
=head1 NAME
AI::MicroStructure::digits - The numbers structure
=head1 DESCRIPTION
You can count on this module. Almost.
=cut
__DATA__
# default
:all
# names primes even
two
# names primes odd
three five seven
# names composites even
four six eight
# names composites odd
nine
# names other
zero one
=head1 DESCRIPTION
C<AI::MicroStructure::MultiList> is the base class for all structures
that are meant to return a random excerpt from a predefined list
I<divided in categories>.
The category is selected at construction time from:
=over 4
lib/AI/MicroStructure/MultiList.pm view on Meta::CPAN
AI::MicroStructure::MultiList offers several methods, so that the subclasses
are easy to write (see full example in L<SYNOPSIS>):
=over 4
=item new( category => $category )
The constructor of a single instance. An instance will not repeat items
until the list is exhausted.
$meta = AI::MicroStructure::digits->new( category => 'primes' );
$meta = AI::MicroStructure::digits->new( category => 'primes/odd' );
The special category C<:all> will use all the items in all categories.
$meta = AI::MicroStructure::digits->new( category => ':all' );
If no C<category> parameter is given, C<AI::MicroStructure::MultiList>
will use the class default. If the class doesn't define a default,
then C<:all> is used.
=item init()
init() must be called when the subclass is loaded, so as to read the
__DATA__ section and fully initialise it.
lib/AI/MicroStructure/RemoteList.pm view on Meta::CPAN
package AI::MicroStructure::RemoteList;
use strict;
use warnings;
use Carp;
our $VERSION = '0.20';
# method that extracts the items from the remote content and returns them
sub extract {
my $class = ref $_[0] || $_[0];
no strict 'refs';
my $func = ${"$class\::Remote"}{extract};
# provide a very basic default
my $meth = ref $func eq 'CODE'
? sub { my %seen; return grep { !$seen{$_}++ } $func->( $_[1], $_[2] ); }
: sub { return $_[1] }; # very basic default
# put the method in the subclass symbol table (at runtime)
*{"$class\::extract"} = $meth;
# now run the function^Wmethod
goto &$meth;
}
# methods related to the source URL
sub source {
my $class = ref $_[0] || $_[0];
no strict 'refs';
return ${"$class\::Remote"}{source};
}
sub sources {
my $class = ref $_[0] || $_[0];
no strict 'refs';
my $src = ${"$class\::Remote"}{source};
if ( ref $src eq 'ARRAY' ) {
return @$src;
}
elsif ( ref $src eq 'HASH' ) {
return grep $_,
defined $_[1] && $_[1] ne ':all'
? ref $_[1] ? @$src{ @{ $_[1] } }
: $src->{ $_[1] }
: values %$src;
}
return $src;
}
sub has_remotelist { return defined $_[0]->source(); }
# main method: return the list from the remote source
sub remote_list {
my $class = ref $_[0] || $_[0];
return unless $class->has_remotelist();
# check that we can access the network
eval {
require LWP::UserAgent;
die "version 5.802 required ($LWP::VERSION installed)\n"
if $LWP::VERSION < 5.802;
};
if ($@) {
carp "LWP::UserAgent not available: $@";
return;
}
# figure out the default category (for an instance)
my $category = ref $_[0] ? $_[1] || $_[0]->{category} : $_[1];
# fetch the content
my @items;
my @srcs = $class->sources($category);
my $ua = LWP::UserAgent->new( env_proxy => 1 );
foreach my $src (@srcs) {
my $request = HTTP::Request->new(
ref $src
? ( POST => $src->[0],
[ content_type => 'application/x-www-form-urlencoded' ],
$src->[1]
)
: ( GET => $src )
);
my $res = $ua->request( $request );
if ( ! $res->is_success() ) {
carp "Failed to get content at $src (" . $res->status_line();
return;
}
# extract, cleanup and return the data
# if decoding the content fails, we just deal with the raw content
push @items =>
$class->extract( $res->decoded_content() || $res->content(),
$category || () );
}
# return unique items
my %seen;
return grep { !$seen{$_}++ } @items;
}
#
# transformation subroutines
#
sub tr_nonword {
my $str = shift;
$str =~ tr/a-zA-Z0-9_/_/c;
$str;
}
sub tr_accent {
my $str = shift;
$str =~ tr{ÀÁÂÃÄÅÇÈÉÊËÌÍÎÏÑÒÓÔÕÖØÙÚÛÜÝàáâãäåçèéêëìíîïñòóôõöøùúûüýÿ}
{AAAAAACEEEEIIIINOOOOOOUUUUYaaaaaaceeeeiiiinoooooouuuuyy};
return $str;
}
my %utf2asc = (
"æ" => 'ae',
"Æ" => 'AE',
"\xc5\xa0" => 'S',
"\x{0160}" => 'S',
# for pokemons
"\x{0101}" => 'a',
"\x{012b}" => 'i',
"\x{014d}" => 'o',
"\x{016b}" => 'u',
"\xe2\x99\x80" => 'female',
"\xe2\x99\x82" => 'male',
"\x{2640}" => 'female',
"\x{2642}" => 'male',
);
my $utf_re = qr/(@{[join( '|', sort keys %utf2asc )]})/;
sub tr_utf8_basic {
my $str = shift;
$str =~ s/$utf_re/$utf2asc{$1}/go;
return $str;
}
1;
__END__
=head1 NAME
AI::MicroStructure::RemoteList - Retrieval of a remote source for a structure
=head1 SYNOPSIS
package AI::MicroStructure::contributors;
use strict;
use AI::MicroStructure::List;
our @ISA = qw( AI::MicroStructure::List );
# data regarding the remote source
our %Remote = (
source =>
'http://search.cpan.org/dist/AI-MicroStructure/CONTRIBUTORS',
extract => sub {
my $content = shift;
my @items =
map { AI::MicroStructure::RemoteList::tr_nonword($_) }
map { AI::MicroStructure::RemoteList::tr_accent($_) }
$content =~ /^\* (.*?)\s*$/gm;
return @items;
},
);
__PACKAGE__->init();
1;
# and the usual documentation and list definition
=head1 DESCRIPTION
This base class adds the capability to fetch a fresh list of items from a
remote source to any structure that requires it.
To be able to fetch remote items, an C<AI::MicroStructure> structure must
define the package hash variable C<%Remote> with the appropriate keys.
The keys are:
lib/AI/MicroStructure/RemoteList.pm view on Meta::CPAN
The URL where the data is available. The content will be passed to the
C<extract> subroutine.
Because of the various way the data can be made available on the web
and can be used in L<AI::MicroStructure>, this scheme has evolved to
support several cases:
Single source URL:
source => $url
Multiple source URL:
source => [ $url1, $url2, ... ]
For structures with categories, it's possible to attach a URL for each
category:
source => {
category1 => $url1,
category2 => $url2,
...
}
In the case where the C<source> is an array or a hash reference, an
extra case is supported, in case the source data can only be obtained
via a C<POST> request. In that case, the source should be provided as
either:
source => [
[ $url1 => $data1 ],
[ $url2 => $data2 ],
...
]
or
source => {
category1 => [ $url1 => $data1 ],
category2 => [ $url2 => $data2 ],
...
}
It is possible to mix C<POST> and C<GET> URL:
source => [
$url1, # GET
[ $url2 => $data2 ], # POST
...
]
or
source => {
category1 => $url1, # GET
category2 => [ $url2 => $data2 ], # POST
...
}
This means that even if there is only one source and a C<POST> request
must be used, then it must be provided as a list of a single item:
source => [ [ $url => $data ] ]
=item C<extract>
A reference to a subroutine that extracts a list of items from a string.
The string is meant to be the content available at the URL stored in
the C<source> key.
The coderef may receive an optional parameter corresponding to the name of
the category (useful if the coderef must behave differently depending on
the category).
lib/AI/MicroStructure/Util.pm view on Meta::CPAN
package AI::MicroStructure::Util;
use strict;
use Cwd;
use Config::Auto;
use Env qw/PWD/;
sub get_cwd {
my @CWD; if (!-e ".micro") {
push @CWD, $ENV{HOME}."/data-hub";
} else {
push @CWD, getcwd();
}
return @CWD;
}
sub load_config {
my @CWD = AI::MicroStructure::Util::get_cwd();
my $config = {};#Config::Auto::parse(".micro", path => @CWD) || {};
if (-e ".micro" && -e $ENV{HOME}."/.micro") {
my $c = Config::Auto::parse($ENV{HOME}."/.micro");
foreach (keys %{$c}) { $config->{$_} ||= $c->{$_}; }
}
if($config->{default}) {
shift @CWD;
push @CWD, $config->{default};
if (-e "$CWD[0]/.micro") {
my $c = Config::Auto::parse("$CWD[0]/.micro");
foreach (keys %{$config}) { $c->{$_} ||= $config->{$_}; }
$config = $c;
}
}
my $structdir = "structures";
my $path = {
"structures" => $structdir,
"cwd/structures" => "$CWD[0]/$structdir",
};
return { "cwd" => @CWD, "path" => $path, "cfg" => $config };
}
sub config {
my $state = AI::MicroStructure::Util::load_config(); my @CWD = $state->{cwd};
$state->{cfg}->{query} ||= "micro";
$state->{cfg}->{tempdir} ||= "/tmp/micro-temp/";
$state->{cfg}->{couchdb} ||= "http://localhost:5984/";
$state->{cfg}->{conceptimg} ||= "http://qunatup.com/tiny/concept2.php";
$state->{cfg}->{wikipedia} ||= "http://en.wikipedia.org/wiki/";
$state->{cfg}->{db} ||= "table";
$state->{cfg}->{out} ||= "json";
$state->{cfg}->{jsonout} = sprintf("%s/%s/",
$state->{cwd},
$state->{cfg}->{db});
return $state;
}
1;
lib/AI/MicroStructure/WordBlacklist.pm view on Meta::CPAN
according accordingly across actually after afterwards again against
ain't all allow allows almost alone along already also although always
am among amongst an and another any anybody anyhow anyone anything
anyway anyways anywhere apart appear appreciate appropriate are aren't
around as aside ask asking associated at available away awfully b be
became because become becomes becoming been before beforehand behind
being believe below beside besides best better between beyond both brief
but by c c'mon c's came can can't cannot cant cause causes certain
certainly changes clearly co com come comes concerning consequently
consider considering contain containing contains corresponding could
couldn't course currently d definitely described despite did didn't
different do does doesn't doing don't done down downwards during e each
edu eg eight either else elsewhere enough entirely especially et etc
even ever every everybody everyone everything everywhere ex exactly
example except f far few fifth first five followed following follows
for former formerly forth four from further furthermore g get gets
getting given gives go goes going gone got gotten greetings h had
hadn't happens hardly has hasn't have haven't having he he's hello
help hence her here here's hereafter hereby herein hereupon hers
herself hi him himself his hither hopefully how howbeit however
i i'd i'll i'm i've ie if ignored immediate in inasmuch inc indeed
indicate indicated indicates inner insofar instead into inward is
isn't it it'd it'll it's its itself j just k keep keeps kept know
knows known l last lately later latter latterly least less lest let
let's like liked likely little look looking looks ltd m mainly many
may maybe me mean meanwhile merely might more moreover most
mostly much must my myself n name namely nd near nearly necessary
need needs neither never nevertheless new next nine no nobody non
none noone nor normally not nothing novel now nowhere o obviously of
off often oh ok okay old on once one ones only onto or other others otherwise ought
our ours ourselves out outside over overall own
p particular particularly per perhaps placed please plus possible presumably probably
provides q que quite qv r rather rd re really reasonably regarding regardless regards
relatively respectively right s said same saw say saying says second secondly see seeing seem seemed seeming seems seen self selves sensible sent serious seriously seven
several shall she should shouldn't since six
so some somebody somehow someone something sometime sometimes somewhat somewhere soon sorry specified specify specifying still sub such sup sure t t's take taken tell tends th than thank thanks thanx that that's thats the their theirs them themselves...
qqq rrr sss ttt uuu vvv www xxx yyy zzz .... unsere ihrer uns wurde wer gegen diesem bis nur wieder unserem einer war man bei wir einen vom einem unter jeder werden wie als durch zum hat vor unseres email bel ihnen unseren bzw lieber uft kommen nicht...
anderweitigen anderweitiger anderweitiges anerkannt anerkannte anerkannter anerkanntes anfangen anfing angefangen angesetze angesetzt angesetzten angesetzter ans anscheinend ansetzen ansonst ansonsten anstatt anstelle arbeiten auch auf aufgehört aufg...
lib/AI/MicroStructure/WordBlacklist.pm view on Meta::CPAN
1;
=head1 NAME
AI::MicroStructure::WordBlacklist
=head1 DESCRIPTION
Creates Concepts for words
=head1 SYNOPSIS
~$ micro new world
~$ micro structures
~$ micro any 2
~$ micro drop world
~$ micro
=head1 AUTHOR
Hagen Geissler <santex@cpan.org>
=head1 COPYRIGHT AND LICENCE
Hagen Geissler <santex@cpan.org>
=head1 SUPPORT AND DOCUMENTATION
☞ [PDF info on my works](https://github.com/santex)
=head1 SEE ALSO
AI-MicroStructure
AI-MicroStructure-Cache
AI-MicroStructure-Deamon
AI-MicroStructure-Relations
AI-MicroStructure-Concept
AI-MicroStructure-Data
AI-MicroStructure-Driver
AI-MicroStructure-Plugin-Pdf
AI-MicroStructure-Plugin-Twitter
AI-MicroStructure-Plugin-Wiki
__END__
__DATA__
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