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make_arche_rdf.py
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import glob
import os
import shutil
from tqdm import tqdm
from acdh_cidoc_pyutils import extract_begin_end
from acdh_tei_pyutils.tei import TeiReader
from acdh_tei_pyutils.utils import extract_fulltext, make_entity_label, get_xmlid
from rdflib import Namespace, URIRef, RDF, Graph, Literal, XSD
print("generating ARCHE-Metadata")
to_ingest = "to_ingest"
os.makedirs(to_ingest, exist_ok=True)
g = Graph().parse("arche_seed_files/arche_constants.ttl")
g_repo_objects = Graph().parse("arche_seed_files/repo_objects_constants.ttl")
TOP_COL_URI = URIRef("https://id.acdh.oeaw.ac.at/emt")
APP_URL = "https://kaiserin-eleonora.oeaw.ac.at/"
ACDH = Namespace("https://vocabs.acdh.oeaw.ac.at/schema#")
COLS = [ACDH["TopCollection"], ACDH["Collection"], ACDH["Resource"]]
COL_URIS = set()
ihb_owner = """
@prefix acdh: <https://vocabs.acdh.oeaw.ac.at/schema#> .
<https://foo/bar> acdh:hasLicensor <https://id.acdh.oeaw.ac.at/oeawihb> ;
acdh:hasOwner <https://id.acdh.oeaw.ac.at/oeawihb> ;
acdh:hasRightsHolder <https://id.acdh.oeaw.ac.at/oeaw> .
"""
ihb_owner_graph = Graph().parse(data=ihb_owner)
files = sorted(glob.glob("data/editions/*.xml"))
selected_files = (
files[:3] + files[len(files) // 2 - 1: len(files) // 2 + 2] + files[-3:]
)
# files = selected_files
for x in tqdm(files):
doc = TeiReader(x)
cur_col_id = os.path.split(x)[-1].replace(".xml", "")
cur_doc_id = f"{cur_col_id}.xml"
# document collection
cur_col_uri = URIRef(f"{TOP_COL_URI}/{cur_col_id}")
g.add((cur_col_uri, RDF.type, ACDH["Collection"]))
g.add((cur_col_uri, ACDH["isPartOf"], TOP_COL_URI))
for p, o in ihb_owner_graph.predicate_objects():
g.add((cur_col_uri, p, o))
# TEI/XML Document
cur_doc_uri = URIRef(f"{TOP_COL_URI}/{cur_doc_id}")
g.add((cur_doc_uri, RDF.type, ACDH["Resource"]))
g.add(
(cur_doc_uri, ACDH["hasCreator"], URIRef("https://id.acdh.oeaw.ac.at/kkeller"))
)
g.add(
(cur_doc_uri, ACDH["hasCreator"], URIRef("https://id.acdh.oeaw.ac.at/ipeper"))
)
g.add(
(
cur_doc_uri,
ACDH["hasCreator"],
URIRef("https://id.acdh.oeaw.ac.at/aspitzbart"),
)
)
g.add(
(
cur_doc_uri,
ACDH["hasContributor"],
URIRef("https://d-nb.info/gnd/1043833846"),
)
)
g.add((cur_doc_uri, ACDH["isPartOf"], cur_col_uri))
g.add(
(
cur_doc_uri,
ACDH["hasUrl"],
Literal(
f"{APP_URL}{cur_doc_id.replace(".xml", ".html")}", datatype=XSD.anyURI
),
)
)
g.add(
(
cur_doc_uri,
ACDH["hasLicense"],
URIRef("https://vocabs.acdh.oeaw.ac.at/archelicenses/cc-by-4-0"),
)
)
for p, o in ihb_owner_graph.predicate_objects():
g.add((cur_doc_uri, p, o))
# title
title = extract_fulltext(
doc.any_xpath(".//tei:titleStmt/tei:title[@type='main']")[0]
)
g.add((cur_col_uri, ACDH["hasTitle"], Literal(title, lang="de")))
g.add(
(
cur_doc_uri,
ACDH["hasTitle"],
Literal(f"TEI/XML Dokument: {title}", lang="de"),
)
)
g.add(
(
cur_doc_uri,
ACDH["hasCategory"],
URIRef("https://vocabs.acdh.oeaw.ac.at/archecategory/text/tei"),
)
)
# hasNonLinkedIdentifier
repo_str = extract_fulltext(
doc.any_xpath(".//tei:msIdentifier[1]//tei:repository[1]")[0]
)
idno_str = extract_fulltext(doc.any_xpath(".//tei:msIdentifier[1]//tei:idno[1]")[0])
non_linked_id = f"{repo_str}, {idno_str}"
g.add(
(cur_col_uri, ACDH["hasNonLinkedIdentifier"], Literal(non_linked_id, lang="de"))
)
g.add(
(cur_doc_uri, ACDH["hasNonLinkedIdentifier"], Literal(non_linked_id, lang="de"))
)
# start/end date
try:
start, end = extract_begin_end(
doc.any_xpath(".//tei:correspAction[@type='sent']/tei:date")[0]
)
except IndexError:
start, end = False, False
if start:
g.add(
(
cur_col_uri,
ACDH["hasCoverageStartDate"],
Literal(start, datatype=XSD.date),
)
)
g.add(
(
cur_doc_uri,
ACDH["hasCoverageStartDate"],
Literal(start, datatype=XSD.date),
)
)
if end:
g.add(
(cur_col_uri, ACDH["hasCoverageEndDate"], Literal(end, datatype=XSD.date))
)
g.add(
(cur_doc_uri, ACDH["hasCoverageEndDate"], Literal(start, datatype=XSD.date))
)
# actors (persons):
for y in doc.any_xpath(
".//tei:back//tei:person[@xml:id and ./tei:idno[@type='GND']]"
):
xml_id = get_xmlid(y)
entity_title = make_entity_label(y.xpath("./*[1]")[0])[0]
entity_id = y.xpath("./*[@type='GND']/text()")[0]
entity_uri = URIRef(entity_id)
g.add((entity_uri, RDF.type, ACDH["Person"]))
g.add(
(
entity_uri,
ACDH["hasUrl"],
Literal(f"{APP_URL}{xml_id}", datatype=XSD.anyURI),
)
)
g.add((entity_uri, ACDH["hasTitle"], Literal(entity_title, lang="und")))
g.add((cur_col_uri, ACDH["hasActor"], entity_uri))
g.add((cur_doc_uri, ACDH["hasActor"], entity_uri))
# actors (orgs):
for y in doc.any_xpath(".//tei:back//tei:org[@xml:id and ./tei:idno[@type='GND']]"):
xml_id = get_xmlid(y)
entity_title = make_entity_label(y.xpath("./*[1]")[0])[0]
entity_id = y.xpath("./*[@type='GND']/text()")[0]
entity_uri = URIRef(entity_id)
g.add((entity_uri, RDF.type, ACDH["Organisation"]))
g.add(
(
entity_uri,
ACDH["hasUrl"],
Literal(f"{APP_URL}{xml_id}", datatype=XSD.anyURI),
)
)
g.add((entity_uri, ACDH["hasTitle"], Literal(entity_title, lang="und")))
g.add((cur_col_uri, ACDH["hasActor"], entity_uri))
g.add((cur_doc_uri, ACDH["hasActor"], entity_uri))
# spatial coverage:
for y in doc.any_xpath(
".//tei:back//tei:place[@xml:id and ./tei:idno[@type='GEONAMES']]"
):
xml_id = get_xmlid(y)
entity_title = make_entity_label(y.xpath("./*[1]")[0])[0]
entity_id = y.xpath("./*[@type='GEONAMES']/text()")[0]
entity_uri = URIRef(entity_id)
g.add((entity_uri, RDF.type, ACDH["Place"]))
g.add(
(
entity_uri,
ACDH["hasUrl"],
Literal(f"{APP_URL}{xml_id}", datatype=XSD.anyURI),
)
)
g.add((entity_uri, ACDH["hasTitle"], Literal(entity_title, lang="und")))
g.add((cur_col_uri, ACDH["hasSpatialCoverage"], entity_uri))
g.add((cur_doc_uri, ACDH["hasSpatialCoverage"], entity_uri))
# hasExtent
nr_of_images = len(doc.any_xpath(".//tei:facsimile/tei:surface/tei:graphic[@url]"))
g.add(
(cur_doc_uri, ACDH["hasExtent"], Literal(f"{nr_of_images} Blätter", lang="de"))
)
# images
for i, image in enumerate(
doc.any_xpath(".//tei:facsimile/tei:surface/tei:graphic[@url]"), start=1
):
cur_image_id = f"{cur_col_id}___{i:04}.jpg"
cur_image_uri = URIRef(f"{TOP_COL_URI}/{cur_image_id}")
try:
repo = extract_fulltext(doc.any_xpath(".//tei:msIdentifier")[0])
except IndexError:
repo = "whatever"
if "Karlsruhe" in repo:
owner_uri = URIRef("https://d-nb.info/gnd/1014584-9")
g.add(
(
cur_image_uri,
ACDH["hasLicense"],
URIRef("https://vocabs.acdh.oeaw.ac.at/archelicenses/noc-oklr"),
)
)
g.add(
(
cur_image_uri,
ACDH["hasRightsHolder"],
URIRef("https://d-nb.info/gnd/1014584-9"),
)
)
g.add(
(
cur_image_uri,
ACDH["hasDigitisingAgent"],
URIRef("https://d-nb.info/gnd/1014584-9"),
)
)
g.add(
(
cur_col_uri,
ACDH["hasRightsHolder"],
URIRef("https://d-nb.info/gnd/1014584-9"),
)
)
g.add(
(
cur_image_uri,
ACDH["hasOwner"],
URIRef("https://d-nb.info/gnd/1014584-9"),
)
)
g.add(
(
cur_col_uri,
ACDH["hasOwner"],
URIRef("https://d-nb.info/gnd/1014584-9"),
)
)
g.add(
(
cur_image_uri,
ACDH["hasLicensor"],
URIRef("https://d-nb.info/gnd/1014584-9"),
)
)
g.add(
(
cur_col_uri,
ACDH["hasLicensor"],
URIRef("https://d-nb.info/gnd/1014584-9"),
)
)
g.add(
(
cur_image_uri,
ACDH["hasRightsInformation"],
Literal(
"Jedwede Nachnutzung des Bilddigitalisates bedarf einer schriftlichen Genehmigung seitens des Generallandesarchivs Karlsruhe.", # noqa
lang="de",
),
)
)
g.add(
(
cur_image_uri,
ACDH["hasRightsInformation"],
Literal(
"Any re-use of the digitised images requires written permission from the Generallandesarchiv Karlsruhe.", # noqa
lang="en",
),
)
)
g.add(
(
cur_col_uri,
ACDH["hasRightsInformation"],
Literal(
"Jedwede Nachnutzung der Bilddigitalisate bedarf einer schriftlichen Genehmigung seitens des Generallandesarchivs Karlsruhe.", # noqa
lang="de",
),
)
)
g.add(
(
cur_col_uri,
ACDH["hasRightsInformation"],
Literal(
"Any re-use of the digitised images requires written permission from the Generallandesarchiv Karlsruhe.", # noqa
lang="en",
),
)
)
elif "Korrespondenzakten" in repo:
g.add(
(
cur_image_uri,
ACDH["hasLicense"],
URIRef("https://vocabs.acdh.oeaw.ac.at/archelicenses/cc0-1-0"),
)
)
g.add(
(
cur_image_uri,
ACDH["hasLicensor"],
URIRef("https://id.acdh.oeaw.ac.at/oeawihb"),
)
)
g.add(
(
cur_image_uri,
ACDH["hasOwner"],
URIRef("https://d-nb.info/gnd/4655277-7"),
)
)
g.add(
(
cur_col_uri,
ACDH["hasOwner"],
URIRef("https://d-nb.info/gnd/4655277-7"),
)
)
g.add(
(
cur_image_uri,
ACDH["hasRightsHolder"],
URIRef("https://id.acdh.oeaw.ac.at/none"),
)
)
g.add(
(
cur_col_uri,
ACDH["hasRightsHolder"],
URIRef("https://id.acdh.oeaw.ac.at/none"),
)
)
g.add(
(
cur_image_uri,
ACDH["hasDigitisingAgent"],
URIRef("https://d-nb.info/gnd/4655277-7"),
)
)
else:
g.add(
(
cur_image_uri,
ACDH["hasLicense"],
URIRef("https://vocabs.acdh.oeaw.ac.at/archelicenses/cc0-1-0"),
)
)
g.add(
(
cur_image_uri,
ACDH["hasLicensor"],
URIRef("https://id.acdh.oeaw.ac.at/oeawihb"),
)
)
g.add(
(
cur_image_uri,
ACDH["hasOwner"],
URIRef("https://d-nb.info/gnd/2005486-5"),
)
)
g.add(
(
cur_col_uri,
ACDH["hasOwner"],
URIRef("https://d-nb.info/gnd/2005486-5"),
)
)
g.add(
(
cur_image_uri,
ACDH["hasRightsHolder"],
URIRef("https://id.acdh.oeaw.ac.at/none"),
)
)
g.add(
(
cur_col_uri,
ACDH["hasRightsHolder"],
URIRef("https://id.acdh.oeaw.ac.at/none"),
)
)
g.add(
(
cur_image_uri,
ACDH["hasDigitisingAgent"],
URIRef("https://d-nb.info/gnd/2005486-5"),
)
)
g.add((cur_image_uri, RDF.type, ACDH["Resource"]))
g.add((cur_image_uri, ACDH["isPartOf"], cur_col_uri))
g.add(
(
cur_image_uri,
ACDH["hasCategory"],
URIRef("https://vocabs.acdh.oeaw.ac.at/archecategory/image"),
)
)
g.add((cur_image_uri, ACDH["hasTitle"], Literal(f"{cur_image_id}", lang="und")))
if i != nr_of_images:
next_uri = URIRef(f"{TOP_COL_URI}/{cur_col_id}___{i + 1:04}.jpg")
g.add((cur_image_uri, ACDH["hasNextItem"], next_uri))
else:
next_uri = URIRef(f"{TOP_COL_URI}/{cur_col_id}.xml")
g.add((cur_image_uri, ACDH["hasNextItem"], next_uri))
g.add(
(
cur_col_uri,
ACDH["hasNextItem"],
URIRef(f"{TOP_COL_URI}/{cur_col_id}___0001.jpg"),
)
)
# indices and meta
for y in ["indices", "meta"]:
for x in glob.glob(f"./data/{y}/*.xml"):
doc = TeiReader(x)
cur_doc_id = os.path.split(x)[-1]
cur_doc_uri = URIRef(f"{TOP_COL_URI}/{cur_doc_id}")
g.add(
(
cur_doc_uri,
ACDH["hasCreator"],
URIRef("https://id.acdh.oeaw.ac.at/kkeller"),
)
)
g.add(
(
cur_doc_uri,
ACDH["hasCreator"],
URIRef("https://id.acdh.oeaw.ac.at/ipeper"),
)
)
g.add(
(
cur_doc_uri,
ACDH["hasCreator"],
URIRef("https://id.acdh.oeaw.ac.at/aspitzbart"),
)
)
g.add(
(
cur_doc_uri,
ACDH["hasContributor"],
URIRef("https://d-nb.info/gnd/1043833846"),
)
)
g.add((cur_doc_uri, RDF.type, ACDH["Resource"]))
g.add((cur_doc_uri, ACDH["isPartOf"], URIRef(f"{TOP_COL_URI}/{y}")))
g.add(
(
cur_doc_uri,
ACDH["hasLicense"],
URIRef("https://vocabs.acdh.oeaw.ac.at/archelicenses/cc-by-4-0"),
)
)
title = extract_fulltext(doc.any_xpath(".//tei:titleStmt/tei:title[1]")[0])
g.add(
(
cur_doc_uri,
ACDH["hasTitle"],
Literal(f"TEI/XML Dokument: {title}", lang="de"),
)
)
g.add(
(
cur_doc_uri,
ACDH["hasCategory"],
URIRef("https://vocabs.acdh.oeaw.ac.at/archecategory/text/tei"),
)
)
for p, o in ihb_owner_graph.predicate_objects():
g.add((cur_doc_uri, p, o))
for x in COLS:
for s in g.subjects(None, x):
COL_URIS.add(s)
for x in COL_URIS:
for p, o in g_repo_objects.predicate_objects():
g.add((x, p, o))
g.parse("./arche_seed_files/other_things.ttl")
print("writing graph to file")
g.serialize("html/arche.ttl")
shutil.copy("html/arche.ttl", os.path.join(to_ingest, "arche.ttl"))
files_to_ingest = glob.glob("./data/*/*.xml")
print(f"copying {len(files_to_ingest)} into {to_ingest}")
for x in files_to_ingest:
_, tail = os.path.split(x)
new_name = os.path.join(to_ingest, tail)
shutil.copy(x, new_name)
# following commented lines would add tei-schema to tei files; but this makes the filechecker run taking > 6 hours, and I batch validated the files with oxygen anyways
# old_string = """<?xml version='1.0' encoding='UTF-8'?>
# <TEI xmlns="http://www.tei-c.org/ns/1.0" """
# new_string = """<?xml version="1.0" encoding="UTF-8"?>
# <?xml-model href="http://www.tei-c.org/release/xml/tei/custom/schema/relaxng/tei_all.rng" type="application/xml" schematypens="http://relaxng.org/ns/structure/1.0"?>
# <?xml-model href="http://www.tei-c.org/release/xml/tei/custom/schema/relaxng/tei_all.rng" type="application/xml" schematypens="http://purl.oclc.org/dsdl/schematron"?>
# <TEI xmlns="http://www.tei-c.org/ns/1.0" """ # noqa:
# # files = sorted(glob.glob("to_ingest/*.xml"))
# # for x in files:
# # with open(x, "r", encoding="utf-8") as file:
# # content = file.read()
# # updated_content = content.replace(old_string, new_string)
# # with open(x, "w", encoding="utf-8") as file:
# # file.write(updated_content)
print(f"copy title image into {to_ingest}")
shutil.copy(
"./html/bio-pics/emt_person_id__9.jpg", os.path.join(to_ingest, "title-image.jpg")
)