Niklas Lindström niklasl

## rdf_vocab_to_jsonld_context.py
import sys
from rdflib import *

fpath = sys.argv[1]
prefix = sys.argv[2]

g = Graph().parse(fpath, format='n3' if fpath.endswith(('.n3', '.ttl')) else 'xml')

def name_pair(item):
    qname = item.qname()

## parsequery.py
"""
A simple query language parser experiment.
"""

OPERATORS: dict[str, tuple[str | None, int, str | int]] = {
    'and': ('AND', -1, 'AND'),
    'or': ('OR', -1, 'AND'),
    'not': ('NOT', 0, 1),
    '^': ('INV', 0, 1),
    '=': ('EQ', -1, 1),

## neverwhere-works.ttl
## WORKS

</work/neverwhere-0> a :Work ;
  #:identityType :Hub ;
  :title [ a :Title ; :mainTitle "Neverwhere" ] ;
  :contribution [ a :PrimaryContribution ;
      :agent </person/Neil_Gaiman> ] ;
  :language </language/eng> .

</work/neverwhere-1> a :Text ;

## synesthesia.js
/**
 * To level up your synesthesia, choose colors, apply on web pages and read
 * some 100 000 words. Purportedly. :)
 * http://www.theatlantic.com/technology/archive/2012/07/can-you-teach-yourself-synesthesia/259519/
 */

var charColorMap = {
  a: 'darkred',
  e: 'green',
  s: 'blue',

## context-vocab-array-combined-iri-coerce.json
{
  "@context": [

    {
      "@vocab": "http://www.w3.org",
      "label": "/2000/01/rdf-schema#label",
      "comment": "/2000/01/rdf-schema#comment",
      "prefLabel": "/2004/02/skos/core#prefLabel",
      "altLabel": "/2004/02/skos/core#altLabel",
      "prev": {"/1999/xhtml/vocab#prev": "@iri"},

## rsync-to-unison.sh
# Paths of interest
LOCALDIR=syncdir
HOST=user@example.org
LANDINGDIR=landingdir
TARGETDIR=syncdir

# Sync files from local device to the server landing dir
rsync -auv --delete $LOCALDIR/ $HOST:$LANDINGDIR

# Two-way-sync the landing dir with the target dir

## make_summary.py
from __future__ import unicode_literals, print_function
from rdflib import *


g = Graph().parse("https://id.kb.se/vocab/")
with open('select-summary.rq') as f:
    select = f.read()

print('Term', 'Bases', 'Domain', 'Range', sep='\t')
for row in g.query(select):

## illustrated-text-class.ttl
prefix : <http://www.w3.org/2002/07/owl#>
prefix bf: <http://id.loc.gov/ontologies/bibframe/>
prefix kbv: <https://id.kb.se/vocab/>
prefix marcrel: <http://id.loc.gov/vocabulary/relators/>

kbv:IllustratedText a :Class;
    :equivalentClass [
        :intersectionOf (
                bf:Text
                [ a :Restriction;

## get-saogf-from-idkbse.py
#!/usr/bin/env python3
from urllib.parse import urljoin
from urllib.request import urlopen, Request
import json
import codecs

reader = codecs.getreader("utf-8")

def crawl(collection_url):
    while True:

## schemaorg_to_jsonldcontext.py
from rdflib import *


SDO = Namespace("http://schema.org/")

datatype_coerce_map = {
    #SDO.Number: XSD.double,
    SDO.Date: 'xsd:date',
    SDO.DateTime: "xsd:dateTime",
}
	import sys
	from rdflib import *

	fpath = sys.argv[1]
	prefix = sys.argv[2]

	g = Graph().parse(fpath, format='n3' if fpath.endswith(('.n3', '.ttl')) else 'xml')

	def name_pair(item):
	qname = item.qname()
	"""
	A simple query language parser experiment.
	"""

	OPERATORS: dict[str, tuple[str \| None, int, str \| int]] = {
	'and': ('AND', -1, 'AND'),
	'or': ('OR', -1, 'AND'),
	'not': ('NOT', 0, 1),
	'^': ('INV', 0, 1),
	'=': ('EQ', -1, 1),
	## WORKS

	</work/neverwhere-0> a :Work ;
	#:identityType :Hub ;
	:title [ a :Title ; :mainTitle "Neverwhere" ] ;
	:contribution [ a :PrimaryContribution ;
	:agent </person/Neil_Gaiman> ] ;
	:language </language/eng> .

	</work/neverwhere-1> a :Text ;
	/**
	* To level up your synesthesia, choose colors, apply on web pages and read
	* some 100 000 words. Purportedly. :)
	* http://www.theatlantic.com/technology/archive/2012/07/can-you-teach-yourself-synesthesia/259519/
	*/

	var charColorMap = {
	a: 'darkred',
	e: 'green',
	s: 'blue',
	# Paths of interest
	LOCALDIR=syncdir
	HOST=user@example.org
	LANDINGDIR=landingdir
	TARGETDIR=syncdir

	# Sync files from local device to the server landing dir
	rsync -auv --delete $LOCALDIR/ $HOST:$LANDINGDIR

	# Two-way-sync the landing dir with the target dir
	from __future__ import unicode_literals, print_function
	from rdflib import *


	g = Graph().parse("https://id.kb.se/vocab/")
	with open('select-summary.rq') as f:
	select = f.read()

	print('Term', 'Bases', 'Domain', 'Range', sep='\t')
	for row in g.query(select):
	prefix : <http://www.w3.org/2002/07/owl#>
	prefix bf: <http://id.loc.gov/ontologies/bibframe/>
	prefix kbv: <https://id.kb.se/vocab/>
	prefix marcrel: <http://id.loc.gov/vocabulary/relators/>

	kbv:IllustratedText a :Class;
	:equivalentClass [
	:intersectionOf (
	bf:Text
	[ a :Restriction;
	#!/usr/bin/env python3
	from urllib.parse import urljoin
	from urllib.request import urlopen, Request
	import json
	import codecs

	reader = codecs.getreader("utf-8")

	def crawl(collection_url):
	while True:
	from rdflib import *


	SDO = Namespace("http://schema.org/")

	datatype_coerce_map = {
	#SDO.Number: XSD.double,
	SDO.Date: 'xsd:date',
	SDO.DateTime: "xsd:dateTime",
	}