def test_data_access_non_existing_attribute(self):
datas = MyDatas({"test_info": "test text"})
document = Document(datas)
section = document.new_section()
text_class = TextClass(section)
with pytest.raises(AttributeError):
text_class.text = text_class.free_text(text_class.test_missing)
def iter_elem_with_post_treatment_fr(text_input, iter_const=None):
datas = Datas({})
doc = Document(datas, lang="fr")
section = doc.new_section()
section.text = section.tools.iter_elems(text_input, iter_const)
section.write()
return section.html.xpath('//div')[0].text_content()
def test_data_access_attribute_with_text_class(self):
datas = MyDatas({"test_info": "test text"})
document = Document(datas)
section = document.new_section()
text_class = TextClass(section)
text_class.text = text_class.free_text(text_class.test_info)
assert str(text_class) == "test text"
def post_treatment_with_synonyms_fr(*text_input):
datas = Datas({})
doc = Document(datas, lang="fr")
section = doc.new_section()
section.text = section.tools.synonym(*text_input)
section.write()
return section.html.xpath('//div')[0].text_content()
def post_treatment_with_numbers_fr(num, **kwargs):
datas = Datas({})
doc = Document(datas, lang="fr")
section = doc.new_section()
section.text = section.tools.number(num, **kwargs)
section.write()
return section.html.xpath('//div')[0].text_content()
def test_synonym_freeze(self, input):
datas = Datas({})
doc = Document(datas, lang="fr", freeze=True)
section = doc.new_section()
section.text = section.tools.nlg_syn(input)
section.write()
assert section.html.xpath('//div')[0].text_content() == input[0]
def test_nested_synonym(self, input):
datas = Datas({})
doc = Document(datas, lang="fr")
section = doc.new_section()
section.text = section.tools.nlg_syn(section.tools.nlg_syn(input), section.tools.nlg_syn(input))
section.write()
assert section.html.xpath('//div')[0].text_content() in input
def test_synonym_random(self, input):
datas = Datas({})
doc = Document(datas, lang="fr")
section = doc.new_section()
section.text = section.tools.synonym(input, mode="random")
section.write()
assert section.html.xpath('//div')[0].text_content() in input
def test_keyval(self, input, expected):
datas = Datas({})
doc = Document(datas, lang="fr")
section = doc.new_section()
section.text = section.tools.nlg_syn(input)
section.text = section.tools.post_eval("TEST_KEYVAL", "post", "")
section.write()
assert section.html.xpath('//div')[0].text_content() == expected
def test_multi_synonym_keyval(self):
datas = Datas({})
doc = Document(datas, lang="fr")
section = doc.new_section()
syno1 = ("word", "TEST_1")
syno2 = ("term", "TEST_2")
section.text = section.tools.synonym(syno1, syno2)
section.text = section.tools.post_eval("TEST_1",
section.tools.synonym(syno2),
section.tools.synonym(syno1))
section.write()
expected_result = ["Word term", "Term word"]
assert section.html.xpath('//div')[0].text_content() in expected_result
def test_multi_synonym(self):
datas = Datas({})
doc = Document(datas, lang="fr")
section = doc.new_section()
synos = ["word", "term", "note"]
section.text = section.tools.synonym(synos)
section.text = section.tools.synonym(synos)
section.text = section.tools.synonym(synos)
section.write()
expected_output = [
"Word term note", "Word note term", "Note word term",
"Note term word", "Term word note", "Term note word"
]
assert section.html.xpath('//div')[0].text_content() in expected_output
def test_document_css(self):
datas = Datas({})
document = Document(datas, css_path="path/to/css")
expected = "\n".join([
'<html>',
'<head>',
'<meta charset="utf-8">',
'<title></title>',
'<link rel="stylesheet" href="path/to/css">',
'</head>',
'<body><div id="text_area"></div></body>',
'</html>\n',
])
assert str(document) == expected
def create_empty_section():
datas = Datas({})
document = Document(datas)
return document, document.new_section()
def create_empty_doc():
datas = Datas({})
return Document(datas)
def __init__(self, json_in):
self.datas = MyDatas(json_in)
self.document = Document(self.datas, lang="fr")
self.intro = Intro(self.document)
self.part_one = PartOne(self.document)