def test_parse_result_python_for(self):
self.l = "Python"
self.t = TranslationEngine(self.l)
url = self.t.url_search("for", "keyword")
la = LanguagesAPI()
result, code = la.http_request_using_urlfetch(http_url=url)
res = self.t.parse_result(result)
self.assertEqual(res.split('\n')[0], '<div class="col-md-7 middle-col">')
def test_parse_result_unknown_url(self):
self.l = "Ruby"
self.t = TranslationEngine(self.l)
la = LanguagesAPI()
url = "http://ruby-doc.org/docs/ruby-doc-bundle/Manual/man-1.4/function.html"
result, code = la.http_request_using_urlfetch(http_url=url)
res = self.t.parse_result(result)
self.assertEqual(res, result)
def test_strip_text_from_html__for_statement_python(self):
a = LanguagesAPI()
result, code = a.http_request_using_urlfetch(
"https://docs.python.org/2/reference/compound_stmts.html#the-for-statement",
{})
b = ResultParser("Python")
res = b.strip_text_from_html(result)
self.assertNotIn("<", res, "The result contains tags!")
def test_parse_result_unknown_url(self):
self.l = "Ruby"
self.t = TranslationEngine(self.l)
la = LanguagesAPI()
url = "http://ruby-doc.org/docs/ruby-doc-bundle/Manual/man-1.4/function.html"
result, code = la.http_request_using_urlfetch(http_url=url)
res = self.t.parse_result(result)
self.assertEqual(res, result)
def test_find_by_id_get_for_statement_python(self):
"""
Test getting translation for "for statement" in python from html by given id
"""
a = LanguagesAPI()
result, code = a.http_request_using_urlfetch("https://docs.python.org/2/reference/compound_stmts.html#the-for-statement", {})
b = ResultParser("Python")
res = b.find_by_id(result, 'the-for-statement')
self.assertNotEqual(res, "", "The result is empty string!")
def test_parse_result_python_for(self):
self.l = "Python"
self.t = TranslationEngine(self.l)
url = self.t.url_search("for", "keyword")
la = LanguagesAPI()
result, code = la.http_request_using_urlfetch(http_url=url)
res = self.t.parse_result(result)
self.assertEqual(
res.split('\n')[0], '<div class="col-md-7 middle-col">')
def test__find_by_p_get_for_statement_c(self):
"""
Test getting translation for "for statement" in c from html by given p
"""
a = LanguagesAPI()
cntb = "for" # code needed to be translated
result, code = a.http_request_using_urlfetch("http://www.tutorialspoint.com/cprogramming/c_for_loop.htm", {})
b = ResultParser("c")
res = b.find_by_p(result)
print res
self.assertTrue(cntb in res)
def test_find_by_id_get_for_statement_python(self):
"""
Test getting translation for "for statement" in python from html by given id
"""
a = LanguagesAPI()
result, code = a.http_request_using_urlfetch(
"https://docs.python.org/2/reference/compound_stmts.html#the-for-statement",
{})
b = ResultParser("Python")
res = b.find_by_id(result, 'the-for-statement')
self.assertNotEqual(res, "", "The result is empty string!")
def test__find_by_p_get_for_statement_c(self):
"""
Test getting translation for "for statement" in c from html by given p
"""
a = LanguagesAPI()
cntb = "for" # code needed to be translated
result, code = a.http_request_using_urlfetch(
"http://www.tutorialspoint.com/cprogramming/c_for_loop.htm", {})
b = ResultParser("c")
res = b.find_by_p(result)
print res
self.assertTrue(cntb in res)
def test_strip_text_from_html__for_statement_python(self):
a = LanguagesAPI()
result, code = a.http_request_using_urlfetch("https://docs.python.org/2/reference/compound_stmts.html#the-for-statement", {})
b = ResultParser("Python")
res = b.strip_text_from_html(result)
self.assertNotIn("<", res, "The result contains tags!")