def test_nominal_csv(tmp_path):
"""Taken from docs/Templates.md"""
tmpl = Template(format="A4", title="Sample Invoice")
tmpl.parse_csv(HERE / "mycsvfile.csv", delimiter=";")
tmpl.add_page()
tmpl["company_name"] = "Sample Company"
assert_pdf_equal(tmpl, HERE / "template_nominal_csv.pdf", tmp_path)
def test_nominal_csv(self):
"Taken from docs/Templates.md"
tmpl = Template(format="A4", title="Sample Invoice")
tmpl.parse_csv(relative_path_to("mycsvfile.csv"), delimiter=";")
tmpl.add_page()
tmpl["company_name"] = "Sample Company"
assert_pdf_equal(self, tmpl, "test_nominal_csv.pdf")
def test_template_multipage(tmp_path):
"""Testing a Template() populating several pages."""
tmpl = Template(format="A4", title="Sample Invoice")
tmpl.parse_csv(HERE / "mycsvfile.csv", delimiter=";")
tmpl.add_page()
tmpl["name0"] = "Joe Doe"
tmpl["title0"] = "Director"
tmpl.add_page()
tmpl["name0"] = "Jane Doe"
tmpl["title0"] = "General Manager"
tmpl.add_page()
tmpl["name0"] = "Heinz Mustermann"
tmpl["title0"] = "Worker"
assert_pdf_equal(tmpl, HERE / "template_multipage.pdf", tmp_path)
def test_template_nominal_csv(tmp_path):
"""Same data as in docs/Templates.md
The numeric_text tests for a regression."""
tmpl = Template(format="A4", title="Sample Invoice")
tmpl.parse_csv(HERE / "mycsvfile.csv", delimiter=";")
tmpl.add_page()
tmpl["empty_fields"] = "empty"
assert_pdf_equal(tmpl, HERE / "template_nominal_csv.pdf", tmp_path)
tmpl = Template(format="A4", title="Sample Invoice")
tmpl.parse_csv(HERE / "mycsvfile.csv", delimiter=";", encoding="utf-8")
tmpl.add_page()
tmpl["empty_fields"] = "empty"
assert_pdf_equal(tmpl, HERE / "template_nominal_csv.pdf", tmp_path)
def test_RenderCSV(self):
f = Template(paperformat="A4", title="testCSV")
f.parse_csv("testTemplateFile.csv", delimiter=";")
f.add_page("testTemplateFile.csv")
pdf = f.getFPDF()
set_doc_date_0(pdf)
outfile = relative_path_to("testTemplateFile.pdf")
pdf.output(outfile, 'F')
test_hash = calculate_hash_of_file(outfile)
# Assert versus a well know hash
self.assertEqual(test_hash, "8d4e2060e5d8264d03ebca707a2ed1ca")
os.unlink(outfile)
def test_template_badinput():
"""Testing Template() with non-conforming definitions."""
for arg in (
"format",
"orientation",
"unit",
"title",
"author",
"subject",
"creator",
"keywords",
):
with raises(TypeError):
Template(**{arg: 7}) # numeric instead of str
elements = [{}]
with raises(KeyError):
tmpl = Template(elements=elements)
elements = [{"name": "n", "type": "X"}]
with raises(KeyError):
tmpl = Template(elements=elements)
tmpl.render()
elements = [ # missing mandatory x2
{
"name": "n",
"type": "T",
"x1": 0,
"y1": 0,
"y2": 0,
"text": "Hello!",
}
]
with raises(KeyError):
tmpl = Template(elements=elements)
tmpl["n"] = "hello"
tmpl.render()
elements = [ # malformed y2
{
"name": "n",
"type": "T",
"x1": 0,
"y1": 0,
"x2": 0,
"y2": "x",
"text": "Hello!",
}
]
with raises(TypeError):
tmpl = Template(elements=elements)
tmpl["n"] = "hello"
tmpl.render()
tmpl = Template()
with raises(FPDFException):
tmpl.parse_csv(HERE / "mandmissing.csv", delimiter=";")
with raises(ValueError):
tmpl.parse_csv(HERE / "badint.csv", delimiter=";")
with raises(ValueError):
tmpl.parse_csv(HERE / "badfloat.csv", delimiter=";")
with raises(KeyError):
tmpl.parse_csv(HERE / "badtype.csv", delimiter=";")
tmpl.render()
with warns(DeprecationWarning):
Template(infile="whatever")
with raises(AttributeError):
with warns(DeprecationWarning):
tmpl = Template()
tmpl.render(dest="whatever")
