#! /usr/bin/env python
# -*- coding: utf-8 -*-
"""Test article entry processing.
"""
# Standard library imports.
import zipfile
# Third party library imports.
import pytest
# First party library imports.
from berhoel.ctitools import CTI
from berhoel.ctitools.ctientry import CTIEntry
__date__ = "2022/09/08 12:05:11 Berthold Höllmann"
__author__ = "Berthold Höllmann"
__copyright__ = "Copyright © 2022 by Berthold Höllmann"
__credits__ = ["Berthold Höllmann"]
__maintainer__ = "Berthold Höllmann"
__email__ = "berhoel@gmail.com"
[docs]@pytest.fixture
def cti_entry_data_1():
return b"""Java nur mit -server-Option
Dr. Volker Zota, Dusan Wasserb\xc7\xcfch
vza
154
10
c07
Praxis,Hotline,Java, Server, Internet, Programmierung, JAR-Archiv
Ein Artikel
Von Torsten T. Will und Ein Autor, Duzan Zivadinovic
ola
74
3
c08
kurz vorgestellt,Code Review, Open Source, Entwicklungssystem,Entwicklungs-Tools,Open-Source-Projekt Review Board
""" # noqa: E501
[docs]@pytest.fixture
def cti_entry_1(tmp_path, cti_entry_data_1):
p = tmp_path / "cti_entry_1.cti"
p.write_bytes(cti_entry_data_1)
return p
[docs]@pytest.fixture
def cti_entry_zip_1(tmp_path, cti_entry_data_1):
p = tmp_path / "cti_entry_1.zip"
with zipfile.ZipFile(p, "w") as myzip:
myzip.writestr("cti_entry_1.frm", cti_entry_data_1)
return p
[docs]@pytest.fixture
def cti_entry_data_2():
return b"""Doppelt gemoppelt
\334\344\374\366\337\351
Von Torsten T. Will und Ein Autor, Duzan Zivadinovic
ola
74
3
c08
kurz vorgestellt,Code Review, Open Source, Entwicklungssystem,Entwicklungs-Tools,Open-Source-Projekt Review Board
""" # noqa: E501
[docs]@pytest.fixture
def cti_entry(request):
return request.getfixturevalue(request.param)
[docs]@pytest.fixture
def cti_entry_2(tmp_path, cti_entry_data_2):
p = tmp_path / "cti_entry_2.cti"
p.write_bytes(cti_entry_data_2)
return p
[docs]@pytest.fixture
def cti_entry_zip_2(tmp_path, cti_entry_data_2):
p = tmp_path / "cti_entry_2.zip"
with zipfile.ZipFile(p, "w") as myzip:
myzip.writestr("cti_entry_2.cti", cti_entry_data_2)
return p
[docs]@pytest.fixture
def cti_entry_data_3():
return b"""Familienleben
Digitals Alpha-Linie: Vorstellung von f\201nf 64-Bit-Rechnern in London
Behme, Henning
hb
13
1
i93
Markt + Trends
Schlu\341folgerungsmuster
Objektorientierte Verkn\201pfung von Wissensbasen und Datenbanken
Higa, Kunihiko/Morrison, Joline+Mike
hb
132
1
i93
Wissen
"""
[docs]@pytest.fixture
def cti_entry_3(tmp_path, cti_entry_data_3):
p = tmp_path / "cti_entry_3.cti"
p.write_bytes(cti_entry_data_3)
return p
[docs]@pytest.mark.parametrize("cti_entry", ["cti_entry_1", "cti_entry_zip_1"], indirect=True)
def test_process_author_1(cti_entry):
probe = iter(CTI(cti_entry))
assert next(probe).author == ("Dr. Volker Zota", "Dušan Wasserbäch")
[docs]def test_ctientry_1():
assert CTIEntry(
shorttitle="a",
title="a",
author="a",
pages=1,
issue=1,
info="a",
journaltitle="a",
date="a",
references="a",
keywords="a",
) == CTIEntry(
shorttitle="a",
title="a",
author="a",
pages=1,
issue=1,
info="a",
journaltitle="a",
date="a",
references="a",
keywords="a",
)
[docs]def test_ctientry_2():
assert CTIEntry(
shorttitle="b",
title="a",
author="a",
pages=1,
issue=1,
info="a",
journaltitle="a",
date="a",
references="a",
keywords="a",
) != CTIEntry(
shorttitle="a",
title="a",
author="a",
pages=1,
issue=1,
info="a",
journaltitle="a",
date="a",
references="a",
keywords="a",
)
[docs]@pytest.mark.parametrize("cti_entry", ["cti_entry_2", "cti_entry_zip_2"], indirect=True)
def test_process_author_2(cti_entry):
probe = iter(CTI(cti_entry))
assert next(probe).author == (
"Torsten T. Will",
"Ein Autor",
"Dušan Živadinović",
)
[docs]@pytest.mark.parametrize("cti_entry", ["cti_entry_2", "cti_entry_zip_2"], indirect=True)
def test_process_chars_2(cti_entry):
probe = iter(CTI(cti_entry))
assert next(probe).title == "Üäüößé"
[docs]def test_process_authors_ix_3(cti_entry_3):
references = (
CTIEntry(
shorttitle="Familienleben",
title="Digitals Alpha-Linie: Vorstellung von fünf 64-Bit-Rechnern in "
"London",
author=("Henning Behme",),
pages=13,
issue="1993 / 1",
info={"paper": "i", "year": "93"},
journaltitle="iX",
date="1993-01-01",
references="",
keywords="Markt + Trends",
),
CTIEntry(
shorttitle="Schlußfolgerungsmuster",
title="Objektorientierte Verknüpfung von Wissensbasen und Datenbanken",
author=("Kunihiko Higa", "Joline+Mike Morrison"),
pages=132,
issue="1993 / 1",
info={"paper": "i", "year": "93"},
journaltitle="iX",
date="1993-01-01",
references="",
keywords="Wissen",
),
)
data_read = False
for probe, ref in zip(iter(CTI(cti_entry_3)), references):
assert probe == ref
data_read = True
assert data_read, "No data read"
# Local Variables:
# mode: python
# compile-command: "poetry run tox"
# time-stamp-pattern: "30/__date__ = \"%Y/%02m/%02d %02H:%02M:%02S %L\""
# End:
