def test_filenotfound1(args):
#
args.output = 'result.xml'
args.indexfile = 'file-does-not-exist.xml'
with pytest.raises((FileNotFoundError, OSError)):
process(args)
def test_integration_with_productname(tmpdir, args):
DOCDIR.copy(tmpdir)
result = tmpdir / 'result.xml'
indexfile = tmpdir / 'index.xml'
# Use the faked parsed cli argparser object
args.output = str(result)
args.indexfile = str(indexfile)
args.params.append(('productname', args.productname))
args.db4 = True
process(args)
assert result.exists()
xml = etree.parse(str(result))
assert xml.xpath('/book')
def test_integration(xpath, db4, tmpdir, args):
DOCDIR.copy(tmpdir)
result = tmpdir / 'result.xml'
indexfile = tmpdir / 'index.xml'
# Use the faked parsed cli argparser object
args.output = str(result)
args.indexfile = str(indexfile)
args.params.append(('productname', args.productname))
args.params.append(('productnumber', args.productnumber))
args.db4 = db4
process(args)
assert result.exists()
xml = etree.parse(str(result))
assert_xpaths(xml, xpath, args)
def test_integration_with_stdout(xpath, db4, tmpdir, capsys, args):
DOCDIR.copy(tmpdir)
result = str(tmpdir / 'result.xml')
indexfile = tmpdir / 'index.xml'
args.output = None
args.db4 = db4
args.indexfile = str(indexfile)
args.params.append(('productname', args.productname))
args.params.append(('productnumber', args.productnumber))
process(args)
out, err = capsys.readouterr()
assert out
assert not err
#with open(result, 'w') as fh:
# fh.write(out)
xml = etree.fromstring(out)
assert_xpaths(xml, xpath, args)
def test_integration_figure(xpath, db4, tmpdir, args):
DOCDIR.copy(tmpdir)
result = tmpdir / 'result.xml'
indexfile = tmpdir / 'index.xml'
# Use the faked parsed cli argparser object
args.output = str(result)
args.indexfile = str(indexfile)
args.db4 = db4
process(args)
assert result.exists()
xml = etree.parse(str(result))
figure = xml.find(xpath[0], namespaces=NSMAP)
assert figure is not None
title = figure.find(xpath[1], namespaces=NSMAP)
assert title is not None
assert title.text == 'Foo Image'
def test_integration_with_legalnotice(xpath, db4, tmpdir, args):
DOCDIR.copy(tmpdir)
result = tmpdir / 'result.xml'
indexfile = tmpdir / 'index.xml'
legalfile = tmpdir / 'legal.xml'
# Use the faked parsed cli argparser object
args.output = str(result)
args.indexfile = str(indexfile)
args.legalnotice = str(legalfile)
args.db4 = db4
process(args)
assert result.exists()
xml = etree.parse(str(result))
legalnotice = xml.xpath(xpath[0], namespaces=NSMAP)
assert legalnotice
title = xml.xpath(xpath[1], namespaces=NSMAP)
assert title
assert title[0].text == 'Legal Notice'
def test_integration_with_conventions(xpath, db4, tmpdir, args):
DOCDIR.copy(tmpdir)
result = tmpdir / 'result.xml'
indexfile = tmpdir / 'index.xml'
conventions = tmpdir / 'preface.xml'
# Use the faked parsed cli argparser object
args.output = str(result)
args.indexfile = str(indexfile)
args.conventions = str(conventions)
args.db4 = db4
args.params.append(('productname', args.productname))
args.params.append(('productnumber', args.productnumber))
process(args)
assert result.exists()
xml = etree.parse(str(result))
preface_title = xml.xpath(xpath[0], namespaces=NSMAP)
assert preface_title
preface_para = xml.xpath(xpath[1], namespaces=NSMAP)
assert preface_para
book = xml.getroot()
assert [etree.QName(i.tag).localname for i in book.iterchildren()] == xpath[2]
