def test_11(self):
print('')
print('######################## test 1.10 ##############################')
print("Object of this test : using adverb with specific effective time")
print('')
d_time = {'year': '2010', 'month': 'August', 'day': '30', 'hour': '10', 'minute': '0', 'second': '0'}
sentence = Sentence('statement', '',
[Nominal_Group([], ['I'], [], [], [])],
[Verbal_Group(['come+back'], [], 'future simple',
[],
[Indirect_Complement(['at'],
[Nominal_Group(['7'], ["o'clock"], [], [], [])])],
[], ['tomorrow'], 'affirmative', [])])
sentence.sv[0].i_cmpl[0].gn[0]._quantifier = "DIGIT"
print('The sentence that we will process is : ')
print("I will come back at 7 o'clock tomorrow.")
print('')
print('The time of speaking sentence is : ')
print_time(d_time)
time = timescale_manager.timescale_sentence(sentence.sv[0].i_cmpl, sentence.sv[0].advrb, d_time)
if time['action_period'] is not None:
print('')
print('The period of the action is : ')
print('From : ' )
print_time(time['action_period']['time_begin'])
print('To : ')
print_time(time['action_period']['time_end'])
if time['effective_time'] is not None:
print('')
print('The effective time of the action is : ')
print_time(time['effective_time'])
rslt = {'action_period': {
'time_begin': {'year': d_time['year'], 'month': d_time['month'], 'day': '31', 'hour': '0', 'minute': '0',
'second': '0'},
'time_end': {'year': d_time['year'], 'month': d_time['month'], 'day': '31', 'hour': '23', 'minute': '59',
'second': '59'}},
'effective_time': {'year': d_time['year'], 'month': d_time['month'], 'day': '31', 'hour': '7',
'minute': '0', 'second': '0'}}
self.assertEquals(time, rslt)
print('')
def test_11(self):
print('')
print('######################## test 1.10 ##############################')
print("Object of this test : using adverb with specific effective time")
print('')
d_time = {'year': '2010', 'month': 'August', 'day': '30', 'hour': '10', 'minute': '0', 'second': '0'}
sentence = Sentence('statement', '',
[NominalGroup([], ['I'], [], [], [])],
[VerbalGroup(['come+back'], [], 'future simple',
[],
[IndirectComplement(['at'],
[NominalGroup(['7'], ["o'clock"], [], [], [])])],
[], ['tomorrow'], 'affirmative', [])])
sentence.sv[0].i_cmpl[0].gn[0]._quantifier = "DIGIT"
print('The sentence that we will process is : ')
print("I will come back at 7 o'clock tomorrow.")
print('')
print('The time of speaking sentence is : ')
print_time(d_time)
time = timescale_manager.timescale_sentence(sentence.sv[0].i_cmpl, sentence.sv[0].advrb, d_time)
if time['action_period'] is not None:
print('')
print('The period of the action is : ')
print('From : ' )
print_time(time['action_period']['time_begin'])
print('To : ')
print_time(time['action_period']['time_end'])
if time['effective_time'] is not None:
print('')
print('The effective time of the action is : ')
print_time(time['effective_time'])
rslt = {'action_period': {
'time_begin': {'year': d_time['year'], 'month': d_time['month'], 'day': '31', 'hour': '0', 'minute': '0',
'second': '0'},
'time_end': {'year': d_time['year'], 'month': d_time['month'], 'day': '31', 'hour': '23', 'minute': '59',
'second': '59'}},
'effective_time': {'year': d_time['year'], 'month': d_time['month'], 'day': '31', 'hour': '7',
'minute': '0', 'second': '0'}}
self.assertEquals(time, rslt)
print('')
def test_15(self):
print('')
print('######################## test 1.14 ##############################')
print("Object of this test : Using pm as a time")
print('')
d_time = {'year': '2010', 'month': 'September', 'day': '8', 'hour': '16', 'minute': '11', 'second': '0'}
sentence = Sentence('statement', '',
[NominalGroup([], ['we'], [], [], [])],
[VerbalGroup(['win'], [], 'past simple',
[NominalGroup(['the'], ['award'], [], [], [])],
[IndirectComplement(['in'], [
NominalGroup(['the'], ['year'], [['next', []]], [], [])])],
[], [], 'affirmative', [])])
print('The sentence that we will process is : ')
print("we won in the next years.")
print('')
print('The time of speaking sentence is : ')
print_time(d_time)
time = timescale_manager.timescale_sentence(sentence.sv[0].i_cmpl, sentence.sv[0].advrb, d_time)
if time['action_period'] is not None:
print('')
print('The period of the action is : ')
print('From : ' )
print_time(time['action_period']['time_begin'])
print('To : ')
print_time(time['action_period']['time_end'])
if time['effective_time'] is not None:
print('')
print('The effective time of the action is : ')
print_time(time['effective_time'])
rslt = {'action_period': {
'time_begin': {'year': d_time['year'], 'month': d_time['month'], 'day': '9', 'hour': '18', 'minute': '0',
'second': '0'},
'time_end': {'year': d_time['year'], 'month': d_time['month'], 'day': '9', 'hour': '22', 'minute': '59',
'second': '59'}}, 'effective_time': None}
self.assertEquals(time, rslt)
print('')
def test_10(self):
print('')
print('######################## test 1.10 ##############################')
print("Object of this test : Tonight")
print('')
d_time = {'year': '2010', 'month': 'August', 'day': '27', 'hour': '10', 'minute': '0', 'second': '0'}
sentence = Sentence('w_question', 'long',
[Nominal_Group(['the'], ['store'], [], [Nominal_Group(['your'], ['uncle'], [], [], [])],
[])],
[Verbal_Group(['be'], [], 'present simple',
[Nominal_Group([], [], [['open', []]], [], [])],
[],
[], ['tonight'], 'affirmative', [])])
print('The sentence that we will process is : ')
print("how long the store of your uncle is open tonight?")
print('')
print('The time of speaking sentence is : ')
print_time(d_time)
time = timescale_manager.timescale_sentence(sentence.sv[0].i_cmpl, sentence.sv[0].advrb, d_time)
if time['action_period'] is not None:
print('')
print('The period of the action is : ')
print('From : ' )
print_time(time['action_period']['time_begin'])
print('To : ')
print_time(time['action_period']['time_end'])
if time['effective_time'] is not None:
print('')
print('The effective time of the action is : ')
print_time(time['effective_time'])
rslt = {'action_period': {
'time_begin': {'year': d_time['year'], 'month': d_time['month'], 'day': d_time['day'], 'hour': '23',
'minute': '0', 'second': '0'},
'time_end': {'year': d_time['year'], 'month': d_time['month'], 'day': '28', 'hour': '3', 'minute': '59',
'second': '59'}}, 'effective_time': None}
self.assertEquals(time, rslt)
print('')
def test_10(self):
print('')
print('######################## test 1.10 ##############################')
print("Object of this test : Tonight")
print('')
d_time = {'year': '2010', 'month': 'August', 'day': '27', 'hour': '10', 'minute': '0', 'second': '0'}
sentence = Sentence('w_question', 'long',
[NominalGroup(['the'], ['store'], [], [NominalGroup(['your'], ['uncle'], [], [], [])],
[])],
[VerbalGroup(['be'], [], 'present simple',
[NominalGroup([], [], [['open', []]], [], [])],
[],
[], ['tonight'], 'affirmative', [])])
print('The sentence that we will process is : ')
print("how long the store of your uncle is open tonight?")
print('')
print('The time of speaking sentence is : ')
print_time(d_time)
time = timescale_manager.timescale_sentence(sentence.sv[0].i_cmpl, sentence.sv[0].advrb, d_time)
if time['action_period'] is not None:
print('')
print('The period of the action is : ')
print('From : ' )
print_time(time['action_period']['time_begin'])
print('To : ')
print_time(time['action_period']['time_end'])
if time['effective_time'] is not None:
print('')
print('The effective time of the action is : ')
print_time(time['effective_time'])
rslt = {'action_period': {
'time_begin': {'year': d_time['year'], 'month': d_time['month'], 'day': d_time['day'], 'hour': '23',
'minute': '0', 'second': '0'},
'time_end': {'year': d_time['year'], 'month': d_time['month'], 'day': '28', 'hour': '3', 'minute': '59',
'second': '59'}}, 'effective_time': None}
self.assertEquals(time, rslt)
print('')
def test_06(self):
print('')
print('######################## test 1.6 ##############################')
print("Object of this test : Adverb 'today' represent a period of this day")
print('')
d_time = {'year': '2010', 'month': 'August', 'day': '27', 'hour': '10', 'minute': '0', 'second': '0'}
sentence = Sentence('w_question', 'situation',
[],
[Verbal_Group(['must+happen'], [], 'present simple',
[],
[Indirect_Complement(['in'],
[Nominal_Group(['the'], ['company'], [], [], [])])],
[], ['today'], 'affirmative', [])])
print('The sentence that we will process is : ')
print("what must happen in the company today.")
print('')
print('The time of speaking sentence is : ')
print_time(d_time)
time = timescale_manager.timescale_sentence(sentence.sv[0].i_cmpl, sentence.sv[0].advrb, d_time)
if time['action_period'] is not None:
print('')
print('The period of the action is : ')
print('From : ' )
print_time(time['action_period']['time_begin'])
print('To : ')
print_time(time['action_period']['time_end'])
if time['effective_time'] is not None:
print('')
print('The effective time of the action is : ')
print_time(time['effective_time'])
rslt = {'action_period': {
'time_begin': {'year': d_time['year'], 'month': d_time['month'], 'day': d_time['day'], 'hour': '0',
'minute': '0', 'second': '0'},
'time_end': {'year': d_time['year'], 'month': d_time['month'], 'day': d_time['day'], 'hour': '23',
'minute': '59', 'second': '59'}}, 'effective_time': None}
self.assertEquals(time, rslt)
print('')
def test_06(self):
print('')
print('######################## test 1.6 ##############################')
print("Object of this test : Adverb 'today' represent a period of this day")
print('')
d_time = {'year': '2010', 'month': 'August', 'day': '27', 'hour': '10', 'minute': '0', 'second': '0'}
sentence = Sentence('w_question', 'situation',
[],
[VerbalGroup(['must+happen'], [], 'present simple',
[],
[IndirectComplement(['in'],
[NominalGroup(['the'], ['company'], [], [], [])])],
[], ['today'], 'affirmative', [])])
print('The sentence that we will process is : ')
print("what must happen in the company today.")
print('')
print('The time of speaking sentence is : ')
print_time(d_time)
time = timescale_manager.timescale_sentence(sentence.sv[0].i_cmpl, sentence.sv[0].advrb, d_time)
if time['action_period'] is not None:
print('')
print('The period of the action is : ')
print('From : ' )
print_time(time['action_period']['time_begin'])
print('To : ')
print_time(time['action_period']['time_end'])
if time['effective_time'] is not None:
print('')
print('The effective time of the action is : ')
print_time(time['effective_time'])
rslt = {'action_period': {
'time_begin': {'year': d_time['year'], 'month': d_time['month'], 'day': d_time['day'], 'hour': '0',
'minute': '0', 'second': '0'},
'time_end': {'year': d_time['year'], 'month': d_time['month'], 'day': d_time['day'], 'hour': '23',
'minute': '59', 'second': '59'}}, 'effective_time': None}
self.assertEquals(time, rslt)
print('')
def test_15(self):
print('')
print('######################## test 1.14 ##############################')
print("Object of this test : Using pm as a time")
print('')
d_time = {'year': '2010', 'month': 'September', 'day': '8', 'hour': '16', 'minute': '11', 'second': '0'}
sentence = Sentence('statement', '',
[Nominal_Group([], ['we'], [], [], [])],
[Verbal_Group(['win'], [], 'past simple',
[Nominal_Group(['the'], ['award'], [], [], [])],
[Indirect_Complement(['in'], [
Nominal_Group(['the'], ['year'], [['next', []]], [], [])])],
[], [], 'affirmative', [])])
print('The sentence that we will process is : ')
print("we won in the next years.")
print('')
print('The time of speaking sentence is : ')
print_time(d_time)
time = timescale_manager.timescale_sentence(sentence.sv[0].i_cmpl, sentence.sv[0].advrb, d_time)
if time['action_period'] is not None:
print('')
print('The period of the action is : ')
print('From : ' )
print_time(time['action_period']['time_begin'])
print('To : ')
print_time(time['action_period']['time_end'])
if time['effective_time'] is not None:
print('')
print('The effective time of the action is : ')
print_time(time['effective_time'])
rslt = {'action_period': {
'time_begin': {'year': d_time['year'], 'month': d_time['month'], 'day': '9', 'hour': '18', 'minute': '0',
'second': '0'},
'time_end': {'year': d_time['year'], 'month': d_time['month'], 'day': '9', 'hour': '22', 'minute': '59',
'second': '59'}}, 'effective_time': None}
self.assertEquals(time, rslt)
print('')
def test_12(self):
print('')
print('######################## test 1.11 ##############################')
print("Object of this test : DIGIT in indirect complement")
print('')
d_time = {'year': '2010', 'month': 'September', 'day': '8', 'hour': '16', 'minute': '11', 'second': '0'}
sentence = Sentence('statement', '',
[NominalGroup([], ['he'], [], [], [])],
[VerbalGroup(['finish'], [], 'present simple',
[NominalGroup(['the'], ['project'], [], [], [])],
[IndirectComplement(['before'],
[NominalGroup(['10'], ['minute'], [], [], [])])],
[], [], 'affirmative', [])])
sentence.sv[0].i_cmpl[0].gn[0]._quantifier = "DIGIT"
print('The sentence that we will process is : ')
print("He finish the project 10 minutes before.")
print('')
print('The time of speaking sentence is : ')
print_time(d_time)
time = timescale_manager.timescale_sentence(sentence.sv[0].i_cmpl, sentence.sv[0].advrb, d_time)
if time['action_period'] is not None:
print('')
print('The period of the action is : ')
print('From : ' )
print_time(time['action_period']['time_begin'])
print('To : ')
print_time(time['action_period']['time_end'])
if time['effective_time'] is not None:
print('')
print('The effective time of the action is : ')
print_time(time['effective_time'])
rslt = {'action_period': None,
'effective_time': {'year': d_time['year'], 'month': d_time['month'], 'day': d_time['day'], 'hour': '16',
'minute': '1', 'second': '0'}}
self.assertEquals(time, rslt)
print('')
def test_09(self):
print('')
print('######################## test 1.9 ##############################')
print("Object of this test : Yesterday")
print('')
d_time = {'year': '2010', 'month': 'August', 'day': '27', 'hour': '10', 'minute': '0', 'second': '0'}
sentence = Sentence('statement', '',
[NominalGroup([], ['I'], [], [], [])],
[VerbalGroup(['buy'], [], 'past simple',
[NominalGroup(['the'], ['guitar'], [], [], [])],
[],
[], ['yesterday'], 'affirmative', [])])
print('The sentence that we will process is : ')
print("I bought the guitar yesterday.")
print('')
print('The time of speaking sentence is : ')
print_time(d_time)
time = timescale_manager.timescale_sentence(sentence.sv[0].i_cmpl, sentence.sv[0].advrb, d_time)
if time['action_period'] is not None:
print('')
print('The period of the action is : ')
print('From : ' )
print_time(time['action_period']['time_begin'])
print('To : ')
print_time(time['action_period']['time_end'])
if time['effective_time'] is not None:
print('')
print('The effective time of the action is : ')
print_time(time['effective_time'])
rslt = {'action_period': {
'time_begin': {'year': d_time['year'], 'month': d_time['month'], 'day': '26', 'hour': '0', 'minute': '0',
'second': '0'},
'time_end': {'year': d_time['year'], 'month': d_time['month'], 'day': '26', 'hour': '23', 'minute': '59',
'second': '59'}}, 'effective_time': None}
self.assertEquals(time, rslt)
print('')
def test_08(self):
print('')
print('######################## test 1.8 ##############################')
print("Object of this test : Tomorrow")
print('')
d_time = {'year': '2010', 'month': 'August', 'day': '27', 'hour': '10', 'minute': '0', 'second': '0'}
sentence = Sentence('w_question', 'thing',
[NominalGroup([], ['Jido'], [], [], [])],
[VerbalGroup(['do'], [], 'future simple',
[],
[],
[], ['tomorrow'], 'affirmative', [])])
print('The sentence that we will process is : ')
print("what will Jido do tomorrow.")
print('')
print('The time of speaking sentence is : ')
print_time(d_time)
time = timescale_manager.timescale_sentence(sentence.sv[0].i_cmpl, sentence.sv[0].advrb, d_time)
if time['action_period'] is not None:
print('')
print('The period of the action is : ')
print('From : ' )
print_time(time['action_period']['time_begin'])
print('To : ')
print_time(time['action_period']['time_end'])
if time['effective_time'] is not None:
print('')
print('The effective time of the action is : ')
print_time(time['effective_time'])
rslt = {'action_period': {
'time_begin': {'year': d_time['year'], 'month': d_time['month'], 'day': '28', 'hour': '0', 'minute': '0',
'second': '0'},
'time_end': {'year': d_time['year'], 'month': d_time['month'], 'day': '28', 'hour': '23', 'minute': '59',
'second': '59'}}, 'effective_time': None}
self.assertEquals(time, rslt)
print('')
def test_12(self):
print('')
print('######################## test 1.11 ##############################')
print("Object of this test : DIGIT in indirect complement")
print('')
d_time = {'year': '2010', 'month': 'September', 'day': '8', 'hour': '16', 'minute': '11', 'second': '0'}
sentence = Sentence('statement', '',
[Nominal_Group([], ['he'], [], [], [])],
[Verbal_Group(['finish'], [], 'present simple',
[Nominal_Group(['the'], ['project'], [], [], [])],
[Indirect_Complement(['before'],
[Nominal_Group(['10'], ['minute'], [], [], [])])],
[], [], 'affirmative', [])])
sentence.sv[0].i_cmpl[0].gn[0]._quantifier = "DIGIT"
print('The sentence that we will process is : ')
print("He finish the project 10 minutes before.")
print('')
print('The time of speaking sentence is : ')
print_time(d_time)
time = timescale_manager.timescale_sentence(sentence.sv[0].i_cmpl, sentence.sv[0].advrb, d_time)
if time['action_period'] is not None:
print('')
print('The period of the action is : ')
print('From : ' )
print_time(time['action_period']['time_begin'])
print('To : ')
print_time(time['action_period']['time_end'])
if time['effective_time'] is not None:
print('')
print('The effective time of the action is : ')
print_time(time['effective_time'])
rslt = {'action_period': None,
'effective_time': {'year': d_time['year'], 'month': d_time['month'], 'day': d_time['day'], 'hour': '16',
'minute': '1', 'second': '0'}}
self.assertEquals(time, rslt)
print('')
def test_08(self):
print('')
print('######################## test 1.8 ##############################')
print("Object of this test : Tomorrow")
print('')
d_time = {'year': '2010', 'month': 'August', 'day': '27', 'hour': '10', 'minute': '0', 'second': '0'}
sentence = Sentence('w_question', 'thing',
[Nominal_Group([], ['Jido'], [], [], [])],
[Verbal_Group(['do'], [], 'future simple',
[],
[],
[], ['tomorrow'], 'affirmative', [])])
print('The sentence that we will process is : ')
print("what will Jido do tomorrow.")
print('')
print('The time of speaking sentence is : ')
print_time(d_time)
time = timescale_manager.timescale_sentence(sentence.sv[0].i_cmpl, sentence.sv[0].advrb, d_time)
if time['action_period'] is not None:
print('')
print('The period of the action is : ')
print('From : ' )
print_time(time['action_period']['time_begin'])
print('To : ')
print_time(time['action_period']['time_end'])
if time['effective_time'] is not None:
print('')
print('The effective time of the action is : ')
print_time(time['effective_time'])
rslt = {'action_period': {
'time_begin': {'year': d_time['year'], 'month': d_time['month'], 'day': '28', 'hour': '0', 'minute': '0',
'second': '0'},
'time_end': {'year': d_time['year'], 'month': d_time['month'], 'day': '28', 'hour': '23', 'minute': '59',
'second': '59'}}, 'effective_time': None}
self.assertEquals(time, rslt)
print('')
def test_09(self):
print('')
print('######################## test 1.9 ##############################')
print("Object of this test : Yesterday")
print('')
d_time = {'year': '2010', 'month': 'August', 'day': '27', 'hour': '10', 'minute': '0', 'second': '0'}
sentence = Sentence('statement', '',
[Nominal_Group([], ['I'], [], [], [])],
[Verbal_Group(['buy'], [], 'past simple',
[Nominal_Group(['the'], ['guitar'], [], [], [])],
[],
[], ['yesterday'], 'affirmative', [])])
print('The sentence that we will process is : ')
print("I bought the guitar yesterday.")
print('')
print('The time of speaking sentence is : ')
print_time(d_time)
time = timescale_manager.timescale_sentence(sentence.sv[0].i_cmpl, sentence.sv[0].advrb, d_time)
if time['action_period'] is not None:
print('')
print('The period of the action is : ')
print('From : ' )
print_time(time['action_period']['time_begin'])
print('To : ')
print_time(time['action_period']['time_end'])
if time['effective_time'] is not None:
print('')
print('The effective time of the action is : ')
print_time(time['effective_time'])
rslt = {'action_period': {
'time_begin': {'year': d_time['year'], 'month': d_time['month'], 'day': '26', 'hour': '0', 'minute': '0',
'second': '0'},
'time_end': {'year': d_time['year'], 'month': d_time['month'], 'day': '26', 'hour': '23', 'minute': '59',
'second': '59'}}, 'effective_time': None}
self.assertEquals(time, rslt)
print('')
def test_07(self):
print('')
print('######################## test 1.7 ##############################')
print("Object of this test : With many indirect complement but not about time")
print('')
d_time = {'year': '2010', 'month': 'August', 'day': '27', 'hour': '10', 'minute': '0', 'second': '0'}
sentence = Sentence('statement', '',
[NominalGroup(['the'], ['bottle'], [], [], [])],
[VerbalGroup(['be'], [], 'present simple',
[],
[IndirectComplement(['next+to'],
[NominalGroup(['the'], ['table'], [], [], [])]),
IndirectComplement(['in+front+of'],
[NominalGroup(['the'], ['kitchen'], [], [], [])])],
[], [], 'affirmative', [])])
print('The sentence that we will process is : ')
print("the bottle is next to the table and in front of the kitchen")
print('')
print('The time of speaking sentence is : ')
print_time(d_time)
time = timescale_manager.timescale_sentence(sentence.sv[0].i_cmpl, sentence.sv[0].advrb, d_time)
if time['action_period'] is not None:
print('')
print('The period of the action is : ')
print('From : ' )
print_time(time['action_period']['time_begin'])
print('To : ')
print_time(time['action_period']['time_end'])
if time['effective_time'] is not None:
print('')
print('The effective time of the action is : ')
print_time(time['effective_time'])
rslt = {'action_period': None, 'effective_time': d_time}
self.assertEquals(time, rslt)
print('')
def test_07(self):
print('')
print('######################## test 1.7 ##############################')
print("Object of this test : With many indirect complement but not about time")
print('')
d_time = {'year': '2010', 'month': 'August', 'day': '27', 'hour': '10', 'minute': '0', 'second': '0'}
sentence = Sentence('statement', '',
[Nominal_Group(['the'], ['bottle'], [], [], [])],
[Verbal_Group(['be'], [], 'present simple',
[],
[Indirect_Complement(['next+to'],
[Nominal_Group(['the'], ['table'], [], [], [])]),
Indirect_Complement(['in+front+of'],
[Nominal_Group(['the'], ['kitchen'], [], [], [])])],
[], [], 'affirmative', [])])
print('The sentence that we will process is : ')
print("the bottle is next to the table and in front of the kitchen")
print('')
print('The time of speaking sentence is : ')
print_time(d_time)
time = timescale_manager.timescale_sentence(sentence.sv[0].i_cmpl, sentence.sv[0].advrb, d_time)
if time['action_period'] is not None:
print('')
print('The period of the action is : ')
print('From : ' )
print_time(time['action_period']['time_begin'])
print('To : ')
print_time(time['action_period']['time_end'])
if time['effective_time'] is not None:
print('')
print('The effective time of the action is : ')
print_time(time['effective_time'])
rslt = {'action_period': None, 'effective_time': d_time}
self.assertEquals(time, rslt)
print('')
def test_17(self):
print('')
print('######################## test 1.16 ##############################')
print("Object of this test : Using pm as a time")
print('')
d_time = {'year': '2010', 'month': 'September', 'day': '9', 'hour': '16', 'minute': '11', 'second': '0'}
sentence = Sentence('statement', '',
[Nominal_Group([], ['I'], [], [], [])],
[Verbal_Group(['come+back'], [], 'future simple',
[],
[Indirect_Complement(['on'], [Nominal_Group([], ['Monday'], [], [], [])])],
[], [], 'affirmative', [])])
print('The sentence that we will process is : ')
print("I will come back on monday.")
print('')
print('The time of speaking sentence is : ')
print_time(d_time)
time = timescale_manager.timescale_sentence(sentence.sv[0].i_cmpl, sentence.sv[0].advrb, d_time)
if time['action_period'] is not None:
print('')
print('The period of the action is : ')
print('From : ' )
print_time(time['action_period']['time_begin'])
print('To : ')
print_time(time['action_period']['time_end'])
if time['effective_time'] is not None:
print('')
print('The effective time of the action is : ')
print_time(time['effective_time'])
rslt = {'action_period': None,
'effective_time': {'year': d_time['year'], 'month': d_time['month'], 'day': d_time['day'], 'hour': '22',
'minute': '0', 'second': '0'}}
self.assertEquals(time, rslt)
print('')
def test_17(self):
print('')
print('######################## test 1.16 ##############################')
print("Object of this test : Using pm as a time")
print('')
d_time = {'year': '2010', 'month': 'September', 'day': '9', 'hour': '16', 'minute': '11', 'second': '0'}
sentence = Sentence('statement', '',
[NominalGroup([], ['I'], [], [], [])],
[VerbalGroup(['come+back'], [], 'future simple',
[],
[IndirectComplement(['on'], [NominalGroup([], ['Monday'], [], [], [])])],
[], [], 'affirmative', [])])
print('The sentence that we will process is : ')
print("I will come back on monday.")
print('')
print('The time of speaking sentence is : ')
print_time(d_time)
time = timescale_manager.timescale_sentence(sentence.sv[0].i_cmpl, sentence.sv[0].advrb, d_time)
if time['action_period'] is not None:
print('')
print('The period of the action is : ')
print('From : ' )
print_time(time['action_period']['time_begin'])
print('To : ')
print_time(time['action_period']['time_end'])
if time['effective_time'] is not None:
print('')
print('The effective time of the action is : ')
print_time(time['effective_time'])
rslt = {'action_period': None,
'effective_time': {'year': d_time['year'], 'month': d_time['month'], 'day': d_time['day'], 'hour': '22',
'minute': '0', 'second': '0'}}
self.assertEquals(time, rslt)
print('')
def test_03(self):
print('')
print('######################## test 1.3 ##############################')
print("Object of this test : With just an indirect complement but not for time")
print('')
d_time = {'year': '2010', 'month': 'August', 'day': '27', 'hour': '10', 'minute': '0', 'second': '0'}
sentence = Sentence('statement', '',
[Nominal_Group([], ['you'], [], [], [])],
[Verbal_Group(['prepare'], [], 'present progressive',
[Nominal_Group(['the'], ['car'], [], [], []),
Nominal_Group(['the'], ['moto'], [],
[Nominal_Group(['my'], ['father'], [], [], [])], [])],
[Indirect_Complement(['at'], [
Nominal_Group(['the'], ['time'], [['same', []]], [], [])])],
[], [], 'negative', [])])
print('The sentence that we will process is : ')
print("you are not preparing the car and the moto of my father at the same time")
print('')
print('The time of speaking sentence is : ')
print_time(d_time)
time = timescale_manager.timescale_sentence(sentence.sv[0].i_cmpl, sentence.sv[0].advrb, d_time)
if time['action_period'] is not None:
print('')
print('The period of the action is : ')
print_time(time['action_period']['time_begin'])
print_time(time['action_period']['time_end'])
if time['effective_time'] is not None:
print('')
print('The effective time of the action is : ')
print_time(time['effective_time'])
rslt = {'action_period': None, 'effective_time': d_time}
self.assertEquals(time, rslt)
print('')
def test_03(self):
print('')
print('######################## test 1.3 ##############################')
print("Object of this test : With just an indirect complement but not for time")
print('')
d_time = {'year': '2010', 'month': 'August', 'day': '27', 'hour': '10', 'minute': '0', 'second': '0'}
sentence = Sentence('statement', '',
[NominalGroup([], ['you'], [], [], [])],
[VerbalGroup(['prepare'], [], 'present progressive',
[NominalGroup(['the'], ['car'], [], [], []),
NominalGroup(['the'], ['moto'], [],
[NominalGroup(['my'], ['father'], [], [], [])], [])],
[IndirectComplement(['at'], [
NominalGroup(['the'], ['time'], [['same', []]], [], [])])],
[], [], 'negative', [])])
print('The sentence that we will process is : ')
print("you are not preparing the car and the moto of my father at the same time")
print('')
print('The time of speaking sentence is : ')
print_time(d_time)
time = timescale_manager.timescale_sentence(sentence.sv[0].i_cmpl, sentence.sv[0].advrb, d_time)
if time['action_period'] is not None:
print('')
print('The period of the action is : ')
print_time(time['action_period']['time_begin'])
print_time(time['action_period']['time_end'])
if time['effective_time'] is not None:
print('')
print('The effective time of the action is : ')
print_time(time['effective_time'])
rslt = {'action_period': None, 'effective_time': d_time}
self.assertEquals(time, rslt)
print('')
def test_01(self):
print('')
print('######################## test 1.1 ##############################')
print("Object of this test : Without indirect complement and without adverb")
print('')
d_time = {'year': '2010', 'month': 'August', 'day': '27', 'hour': '10', 'minute': '0', 'second': '0'}
sentence = Sentence('statement', '',
[NominalGroup([], ['I'], [], [], [])],
[VerbalGroup(['play'], [], 'future simple',
[NominalGroup(['a'], ['guitar'], [], [], []),
NominalGroup(['a'], ['piano'], [], [], []),
NominalGroup(['a'], ['violon'], [], [], [])],
[],
[], [], 'affirmative', [])])
print('The sentence that we will process is : ')
print("I will play a guitar a piano and a violon.")
print('')
print('The time of speaking sentence is : ')
print_time(d_time)
time = timescale_manager.timescale_sentence(sentence.sv[0].i_cmpl, sentence.sv[0].advrb, d_time)
if time['action_period'] is not None:
print('')
print('The period of the action is : ')
print_time(time['action_period']['time_begin'])
print_time(time['action_period']['time_end'])
if time['effective_time'] is not None:
print('')
print('The effective time of the action is : ')
print_time(time['effective_time'])
rslt = {'action_period': None, 'effective_time': d_time}
self.assertEquals(time, rslt)
print('')
def test_01(self):
print('')
print('######################## test 1.1 ##############################')
print("Object of this test : Without indirect complement and without adverb")
print('')
d_time = {'year': '2010', 'month': 'August', 'day': '27', 'hour': '10', 'minute': '0', 'second': '0'}
sentence = Sentence('statement', '',
[Nominal_Group([], ['I'], [], [], [])],
[Verbal_Group(['play'], [], 'future simple',
[Nominal_Group(['a'], ['guitar'], [], [], []),
Nominal_Group(['a'], ['piano'], [], [], []),
Nominal_Group(['a'], ['violon'], [], [], [])],
[],
[], [], 'affirmative', [])])
print('The sentence that we will process is : ')
print("I will play a guitar a piano and a violon.")
print('')
print('The time of speaking sentence is : ')
print_time(d_time)
time = timescale_manager.timescale_sentence(sentence.sv[0].i_cmpl, sentence.sv[0].advrb, d_time)
if time['action_period'] is not None:
print('')
print('The period of the action is : ')
print_time(time['action_period']['time_begin'])
print_time(time['action_period']['time_end'])
if time['effective_time'] is not None:
print('')
print('The effective time of the action is : ')
print_time(time['effective_time'])
rslt = {'action_period': None, 'effective_time': d_time}
self.assertEquals(time, rslt)
print('')
def test_05(self):
print('')
print('######################## test 1.5 ##############################')
print("Object of this test : Adverb 'now' alone is like we have nothing")
print('')
d_time = {'year': '2010', 'month': 'August', 'day': '27', 'hour': '10', 'minute': '0', 'second': '0'}
sentence = Sentence('yes_no_question', '',
[NominalGroup([], ['he'], [], [], [])],
[VerbalGroup(['do'], [], 'present progressive',
[NominalGroup(['his'], ['homework'], [], [], []),
NominalGroup(['his'], ['game'], [], [], [])],
[],
[], ['now'], 'negative', [])])
print('The sentence that we will process is : ')
print("is not he doing his homework and his game now")
print('')
print('The time of speaking sentence is : ')
print_time(d_time)
time = timescale_manager.timescale_sentence(sentence.sv[0].i_cmpl, sentence.sv[0].advrb, d_time)
if time['action_period'] is not None:
print('')
print('The period of the action is : ' )
print_time(time['action_period']['time_begin'])
print_time(time['action_period']['time_end'])
if time['effective_time'] is not None:
print('')
print('The effective time of the action is : ')
print_time(time['effective_time'])
rslt = {'action_period': None, 'effective_time': d_time}
self.assertEquals(time, rslt)
print('')
def test_04(self):
print('')
print('######################## test 1.4 ##############################')
print("Object of this test : With an indirect complement and adverb")
print('')
d_time = {'year': '2010', 'month': 'August', 'day': '27', 'hour': '10', 'minute': '0', 'second': '0'}
sentence = Sentence('w_question', 'description',
[NominalGroup(['the'], ['weather'], [], [], [])],
[VerbalGroup(['like'], [], 'present simple',
[],
[IndirectComplement(['in'],
[NominalGroup(['the'], ['winter'], [], [], [])])],
[], ['here'], 'affirmative', [])])
print('The sentence that we will process is : ')
print("what is the weather like here in the winter?")
print('')
print('The time of speaking sentence is : ')
print_time(d_time)
time = timescale_manager.timescale_sentence(sentence.sv[0].i_cmpl, sentence.sv[0].advrb, d_time)
if time['action_period'] is not None:
print('')
print('The period of the action is : ')
print_time(time['action_period']['time_begin'])
print_time(time['action_period']['time_end'])
if time['effective_time'] is not None:
print('')
print('The effective time of the action is : ')
print_time(time['effective_time'])
rslt = {'action_period': None, 'effective_time': d_time}
self.assertEquals(time, rslt)
print('')
def test_04(self):
print('')
print('######################## test 1.4 ##############################')
print("Object of this test : With an indirect complement and adverb")
print('')
d_time = {'year': '2010', 'month': 'August', 'day': '27', 'hour': '10', 'minute': '0', 'second': '0'}
sentence = Sentence('w_question', 'description',
[Nominal_Group(['the'], ['weather'], [], [], [])],
[Verbal_Group(['like'], [], 'present simple',
[],
[Indirect_Complement(['in'],
[Nominal_Group(['the'], ['winter'], [], [], [])])],
[], ['here'], 'affirmative', [])])
print('The sentence that we will process is : ')
print("what is the weather like here in the winter?")
print('')
print('The time of speaking sentence is : ')
print_time(d_time)
time = timescale_manager.timescale_sentence(sentence.sv[0].i_cmpl, sentence.sv[0].advrb, d_time)
if time['action_period'] is not None:
print('')
print('The period of the action is : ')
print_time(time['action_period']['time_begin'])
print_time(time['action_period']['time_end'])
if time['effective_time'] is not None:
print('')
print('The effective time of the action is : ')
print_time(time['effective_time'])
rslt = {'action_period': None, 'effective_time': d_time}
self.assertEquals(time, rslt)
print('')
def test_05(self):
print('')
print('######################## test 1.5 ##############################')
print("Object of this test : Adverb 'now' alone is like we have nothing")
print('')
d_time = {'year': '2010', 'month': 'August', 'day': '27', 'hour': '10', 'minute': '0', 'second': '0'}
sentence = Sentence('yes_no_question', '',
[Nominal_Group([], ['he'], [], [], [])],
[Verbal_Group(['do'], [], 'present progressive',
[Nominal_Group(['his'], ['homework'], [], [], []),
Nominal_Group(['his'], ['game'], [], [], [])],
[],
[], ['now'], 'negative', [])])
print('The sentence that we will process is : ')
print("is not he doing his homework and his game now")
print('')
print('The time of speaking sentence is : ')
print_time(d_time)
time = timescale_manager.timescale_sentence(sentence.sv[0].i_cmpl, sentence.sv[0].advrb, d_time)
if time['action_period'] is not None:
print('')
print('The period of the action is : ' )
print_time(time['action_period']['time_begin'])
print_time(time['action_period']['time_end'])
if time['effective_time'] is not None:
print('')
print('The effective time of the action is : ')
print_time(time['effective_time'])
rslt = {'action_period': None, 'effective_time': d_time}
self.assertEquals(time, rslt)
print('')
