class TestDefinitionFunctions(unittest.TestCase):
def setUp(self):
# Instantiate a Definition object
self.definition = Definition()
def tearDown(self):
# Release instantiated objects
del self.definition
def test_init(self):
self.assertIsNone(self.definition.language)
self.assertIsNone(self.definition.definition)
self.assertIsNone(self.definition.gloss)
self.assertIsNone(self.definition.literally)
self.assertListEqual(self.definition.text_representation, [])
self.assertListEqual(self.definition.statement, [])
def test_set_language(self):
lang = "Python"
self.assertIs(self.definition.set_language(lang), self.definition)
self.assertEqual(self.definition.language, lang)
def test_get_language(self):
# Set language
lang = "python"
self.definition.language = lang
# Test get language
self.assertEqual(self.definition.get_language(), lang)
def test_set_definition(self):
# Test definition only
definition = "blablabla"
self.assertIs(self.definition.set_definition(definition), self.definition)
self.assertEqual(self.definition.definition, definition)
# Test definition and language
definition = "This is a definition."
language = "eng"
self.assertIs(self.definition.set_definition(definition, language), self.definition)
self.assertEqual(self.definition.definition, definition)
self.assertEqual(self.definition.language, language)
def test_get_definition(self):
# Set definition
definition = "whatever"
self.definition.definition = definition
# Test get definition
self.assertEqual(self.definition.get_definition(), definition)
# Test with a language filter
language = "eng"
self.definition.language = language
self.assertEqual(self.definition.get_definition(), definition)
self.assertIsNone(self.definition.get_definition("fra"))
self.assertEqual(self.definition.get_definition(language), definition)
def test_set_gloss(self):
# Test gloss only
gloss = "BLA"
self.assertIs(self.definition.set_gloss(gloss), self.definition)
self.assertEqual(self.definition.gloss, gloss)
# Test gloss and language
gloss = "This is a gloss."
language = "eng"
self.assertIs(self.definition.set_gloss(gloss, language), self.definition)
self.assertEqual(self.definition.gloss, gloss)
self.assertEqual(self.definition.language, language)
def test_get_gloss(self):
# Set gloss
gloss = "WHATEVER"
self.definition.gloss = gloss
# Test get gloss
self.assertEqual(self.definition.get_gloss(), gloss)
# Test with a language filter
language = "eng"
self.definition.language = language
self.assertEqual(self.definition.get_gloss(), gloss)
self.assertIsNone(self.definition.get_gloss("fra"))
self.assertEqual(self.definition.get_gloss(language), gloss)
def test_create_statement(self):
# Test create statement
statement = self.definition.create_statement()
self.assertIsInstance(statement, Statement)
# Release Statement instance
del statement
def test_add_statement(self):
# Create statements
state1 = Statement()
state2 = Statement()
# Test add statements to the definition
self.assertIs(self.definition.add_statement(state1), self.definition)
self.assertListEqual(self.definition.statement, [state1])
self.assertIs(self.definition.add_statement(state2), self.definition)
self.assertListEqual(self.definition.statement, [state1, state2])
# Release Statement instances
del self.definition.statement[:]
del state1, state2
def test_get_statements(self):
# List of Statement instances is empty
self.assertListEqual(self.definition.get_statements(), [])
# Create Statement instances and add them to the list
state1 = Statement()
state2 = Statement()
self.definition.statement = [state1, state2]
# Test get statements
self.assertListEqual(self.definition.get_statements(), [state1, state2])
# Delete Statement instances
del self.definition.statement[:]
del state1, state2
def test_set_note(self):
note = "note"
# There is no Statement instance
self.assertIs(self.definition.set_note(note), self.definition)
self.assertEqual(len(self.definition.statement), 1)
self.assertEqual(self.definition.statement[0].note, note)
# Test set a second note
language = "Python"
self.assertIs(self.definition.set_note(note, language=language), self.definition)
self.assertEqual(len(self.definition.statement), 2)
self.assertEqual(self.definition.statement[1].note, note)
self.assertEqual(self.definition.statement[1].language, language)
def test_find_notes(self):
# Create several statements with different notes, types and languages
state1 = Statement().set_note("note1", "comparison", "eng")
state2 = Statement().set_note("note2", "general", "fra")
state3 = Statement().set_note("note3", "comparison")
state4 = Statement().set_note("note4", "history")
# Add statements to the definition
self.definition.statement = [state1, state2, state3, state4]
# Test find notes
self.assertListEqual(self.definition.find_notes("general"), [state2.note])
# List is randomly ordered => create a set to avoid random results
self.assertEqual(set(self.definition.find_notes("comparison")), set([state1.note, state3.note]))
# Release Statement instances
del self.definition.statement[:]
del state1, state2, state3, state4
def test_set_usage_note(self):
note = "note"
# There is no Statement instance
self.assertIs(self.definition.set_usage_note(note), self.definition)
self.assertEqual(len(self.definition.statement), 1)
self.assertEqual(self.definition.statement[0].usageNote, note)
# Test set a second usage note
language = "Python"
self.assertIs(self.definition.set_usage_note(note, language=language), self.definition)
self.assertEqual(len(self.definition.statement), 2)
self.assertEqual(self.definition.statement[1].usageNote, note)
self.assertEqual(self.definition.statement[1].language, language)
def test_find_usage_notes(self):
# Create several statements with different usage notes and languages
state1 = Statement().set_usageNote("note1", "eng")
state2 = Statement().set_usageNote("note2", "fra")
state3 = Statement().set_usageNote("note3", "eng")
state4 = Statement().set_usageNote("note4")
# Add statements to the definition
self.definition.statement = [state1, state2, state3, state4]
# Test find usage notes
self.assertListEqual(self.definition.find_usage_notes("fra"), [state2.usageNote])
# List is randomly ordered => create a set to avoid random results
self.assertEqual(set(self.definition.find_usage_notes("eng")), set([state1.usageNote, state3.usageNote]))
# Release Statement instances
del self.definition.statement[:]
del state1, state2, state3, state4
def test_set_encyclopedic_information(self):
info = "note"
# There is no Statement instance
self.assertIs(self.definition.set_encyclopedic_information(info), self.definition)
self.assertEqual(len(self.definition.statement), 1)
self.assertEqual(self.definition.statement[0].encyclopedicInformation, info)
# Test set a second encyclopedic information
language = "Python"
self.assertIs(self.definition.set_encyclopedic_information(info, language=language), self.definition)
self.assertEqual(len(self.definition.statement), 2)
self.assertEqual(self.definition.statement[1].encyclopedicInformation, info)
self.assertEqual(self.definition.statement[1].language, language)
def test_find_encyclopedic_informations(self):
# Create several statements with different encyclopedic informations and languages
state1 = Statement().set_encyclopedicInformation("info1", "eng")
state2 = Statement().set_encyclopedicInformation("info2", "fra")
state3 = Statement().set_encyclopedicInformation("info3", "eng")
state4 = Statement().set_encyclopedicInformation("info4")
# Add statements to the definition
self.definition.statement = [state1, state2, state3, state4]
# Test find usage notes
self.assertListEqual(self.definition.find_encyclopedic_informations("fra"), [state2.encyclopedicInformation])
# List is randomly ordered => create a set to avoid random results
self.assertEqual(set(self.definition.find_encyclopedic_informations("eng")), set([state1.encyclopedicInformation, state3.encyclopedicInformation]))
# Release Statement instances
del self.definition.statement[:]
del state1, state2, state3, state4
def test_set_restriction(self):
only = "note"
# There is no Statement instance
self.assertIs(self.definition.set_restriction(only), self.definition)
self.assertEqual(len(self.definition.statement), 1)
self.assertEqual(self.definition.statement[0].restriction, only)
# Test set a second restriction
language = "Python"
self.assertIs(self.definition.set_restriction(only, language=language), self.definition)
self.assertEqual(len(self.definition.statement), 2)
self.assertEqual(self.definition.statement[1].restriction, only)
self.assertEqual(self.definition.statement[1].language, language)
def test_find_restrictions(self):
# Create several statements with different restrictions and languages
state1 = Statement().set_restriction("only1", "eng")
state2 = Statement().set_restriction("only2", "fra")
state3 = Statement().set_restriction("only3", "eng")
state4 = Statement().set_restriction("only4")
# Add statements to the definition
self.definition.statement = [state1, state2, state3, state4]
# Test find usage notes
self.assertListEqual(self.definition.find_restrictions("fra"), [state2.restriction])
# List is randomly ordered => create a set to avoid random results
self.assertEqual(set(self.definition.find_restrictions("eng")), set([state1.restriction, state3.restriction]))
# Release Statement instances
del self.definition.statement[:]
del state1, state2, state3, state4
def test_set_borrowed_word(self):
word = "borrowed"
# There is no Statement instance
self.assertIs(self.definition.set_borrowed_word(word), self.definition)
self.assertEqual(len(self.definition.statement), 1)
self.assertEqual(self.definition.statement[0].borrowedWord, word)
def test_get_borrowed_word(self):
word = "borrowed"
# Create a statement
state = Statement()
# Add statement to the definition
self.definition.statement = [state]
# Set borrowed word
self.definition.statement[0].borrowedWord = word
# Test get borrowed word
self.assertEqual(self.definition.get_borrowed_word(), word)
# Release Statement instance
del self.definition.statement[:]
del state
def test_set_writtenForm(self):
form = "written"
# There is no Statement instance
self.assertIs(self.definition.set_written_form(form), self.definition)
self.assertEqual(len(self.definition.statement), 1)
self.assertEqual(self.definition.statement[0].writtenForm, form)
def test_get_writtenForm(self):
form = "written"
# Create a statement
state = Statement()
# Add statement to the definition
self.definition.statement = [state]
# Set written form
self.definition.statement[0].writtenForm = form
# Test get written form
self.assertEqual(self.definition.get_written_form(), form)
# Release Statement instance
del self.definition.statement[:]
del state
def test_set_etymology(self):
etymology = "etymology"
# There is no Statement instance
self.assertIs(self.definition.set_etymology(etymology), self.definition)
self.assertEqual(len(self.definition.statement), 1)
self.assertEqual(self.definition.statement[0].etymology, etymology)
def test_get_etymology(self):
etymology = "etymology"
# Create a statement
state = Statement()
# Add statement to the definition
self.definition.statement = [state]
# Set etymology
self.definition.statement[0].etymology = etymology
# Test get etymology
self.assertEqual(self.definition.get_etymology(), etymology)
# Release Statement instance
del self.definition.statement[:]
del state
def test_set_etymology_comment(self):
# Test etymology comment only
comment = "etymology"
# There is no Statement instance
self.assertIs(self.definition.set_etymology_comment(comment), self.definition)
self.assertEqual(len(self.definition.statement), 1)
self.assertEqual(self.definition.statement[0].etymologyComment, comment)
# Test etymology comment and language
commentaire = "etymologie"
langage = "fra"
self.assertIs(self.definition.set_etymology_comment(commentaire, term_source_language=langage), self.definition)
self.assertEqual(self.definition.statement[0].etymologyComment, commentaire)
self.assertEqual(self.definition.statement[0].termSourceLanguage, langage)
def test_get_etymology_comment(self):
comment = "etymology"
# Create a statement
state = Statement()
# Add statement to the definition
self.definition.statement = [state]
# Set etymology comment
self.definition.statement[0].etymologyComment = comment
# Test get etymology comment
self.assertEqual(self.definition.get_etymology_comment(), comment)
# Test with a language filter
language = "eng"
self.definition.statement[0].termSourceLanguage = language
self.assertIsNone(self.definition.get_etymology_comment(term_source_language="fra"))
self.assertEqual(self.definition.get_etymology_comment(term_source_language=language), comment)
# Release Statement instance
del self.definition.statement[:]
del state
def test_set_etymology_gloss(self):
gloss = "GLOSS"
# There is no Statement instance
self.assertIs(self.definition.set_etymology_gloss(gloss), self.definition)
self.assertEqual(len(self.definition.statement), 1)
self.assertEqual(self.definition.statement[0].etymologyGloss, gloss)
def test_get_etymology_gloss(self):
gloss = "GLOSS"
# Create a statement
state = Statement()
# Add statement to the definition
self.definition.statement = [state]
# Set etymology gloss
self.definition.statement[0].etymologyGloss = gloss
# Test get etymology gloss
self.assertEqual(self.definition.get_etymology_gloss(), gloss)
# Release Statement instance
del self.definition.statement[:]
del state
def test_set_etymology_source(self):
source = "etymology"
# There is no Statement instance
self.assertIs(self.definition.set_etymology_source(source), self.definition)
self.assertEqual(len(self.definition.statement), 1)
self.assertEqual(self.definition.statement[0].etymologySource, source)
def test_get_etymology_source(self):
source = "etymology"
# Create a statement
state = Statement()
# Add statement to the definition
self.definition.statement = [state]
# Set etymology source
self.definition.statement[0].etymologySource = source
# Test get etymology source
self.assertEqual(self.definition.get_etymology_source(), source)
# Release Statement instance
del self.definition.statement[:]
del state
def test_set_scientific_name(self):
name = "Brutus"
# There is no Statement instance
self.assertIs(self.definition.set_scientific_name(name), self.definition)
self.assertEqual(len(self.definition.statement), 1)
self.assertEqual(self.definition.statement[0].scientificName, name)
def test_get_scientific_name(self):
name = "Maximus"
# Create a statement
state = Statement()
# Add statement to the definition
self.definition.statement = [state]
# Set scientific name
self.definition.statement[0].scientificName = name
# Test get scientific name
self.assertEqual(self.definition.get_scientific_name(), name)
# Release Statement instance
del self.definition.statement[:]
del state
