def testGetFields(self):
FieldTest.logger.debug('Test retrieving sub fields.')
# Test data
field_data_a = 'Monitoring hardware for problems.'
field_name_a = 'sub_msg'
field_a = Field(field_data_a, [], field_name_a)
field_data_b = 'info'
field_name_b = 'level'
field_b = Field(field_data_b, [field_a], field_name_b)
field_c = Field(None, [field_b], 'msg')
# Show test data
FieldTest.logger.debug('Created field C:\n%s' % field_c.to_pretty_json())
# Run test
results = field_c.getFields([field_name_a, field_name_b])
# Show test output
for i, field in enumerate(results):
FieldTest.logger.debug('Found field %d:\n%s' % (i, field.to_pretty_json()))
# Verify results
assert results[0].name == field_name_a, 'The field name found is incorrect.'
assert results[0].data == field_data_a, 'The field data found is incorrect.'
assert results[0] == field_a, 'The field found is incorrect.'
assert results[1].name == field_name_b, 'The field name found is incorrect.'
assert results[1].data == field_data_b, 'The field data found is incorrect.'
assert results[1] == field_b, 'The field found is incorrect.'
FieldTest.logger.debug('Test succeeded!')
def testContainsField(self):
FieldTest.logger.debug('Test is field contains sub field.')
# Test data
field_a = Field('WiFi hardware radio set enabled', [], 'sub_msg')
field_b = Field('Monitoring hardware for problems.', [], 'sub_msg')
field_c = Field('info', [field_b], 'level')
field_d = Field(None, [field_b], 'msg')
# Show test data
FieldTest.logger.debug('Created field D:\n%s' % field_d.to_pretty_json())
# Run test
correct_result = field_d.containsField(field_b)
incorrect_result = field_d.containsField(field_a)
# Show test output
FieldTest.logger.debug('Correct result: %s' % correct_result)
FieldTest.logger.debug('Incorrect result: %s' % incorrect_result)
# Verify results
assert correct_result , 'The field was not properly found.'
assert not incorrect_result, 'The field was found when it should not have been.'
FieldTest.logger.debug('Test succeeded!')
def testContainsFields(self):
FieldTest.logger.debug('Test if field contains sub fields.')
# Test data
field_a = Field('WiFi hardware radio set enabled', [], 'sub_msg')
field_b = Field('Monitoring hardware for problems.', [], 'sub_msg')
field_c = Field('wireless card', [], 'module')
field_d = Field('info', [field_b, field_c], 'level')
field_e = Field(None, [field_d], 'msg')
# Show test data
FieldTest.logger.debug('Created field E:\n%s' % field_e.to_pretty_json())
# Run test
correct_result = field_e.containsFields([field_b, field_c])
incorrect_result = field_e.containsFields([field_a, field_b])
# Show test output
FieldTest.logger.debug('Correct result: %s' % correct_result)
FieldTest.logger.debug('Incorrect result: %s' % incorrect_result)
# Verify results
assert correct_result , 'The fields were not properly found.'
assert not incorrect_result, 'The fields were found when not all should not have been.'
FieldTest.logger.debug('Test succeeded!')
def testGetField(self):
FieldTest.logger.debug('Test retrieving a sub field.')
# Test data
field_data = 'Monitoring hardware for problems.'
field_name = 'sub_msg'
field_a = Field(field_data, [], field_name)
field_b = Field('info', [field_a], 'level')
field_c = Field(None, [field_b], 'msg')
# Show test data
FieldTest.logger.debug('Created field C:\n%s' % field_c.to_pretty_json())
# Run test
result = field_c.getField(field_name)
# Show test output
FieldTest.logger.debug('Found field:\n%s' % result.to_pretty_json())
# Verify results
assert result.name == field_name, 'The field name found is incorrect.'
assert result.data == field_data, 'The field data found is incorrect.'
assert result == field_a, 'The field found is incorrect.'
FieldTest.logger.debug('Test succeeded!')
def testInequality(self):
FieldTest.logger.debug('Test inequality.')
# Test data
field_a = Field('ubuntu kernel', [], 'component')
field_b = deepcopy(field_a)
field_c = Field('ubuntu NetworkManager', [], 'component')
# Show test data
FieldTest.logger.debug('Created field A:\n%s' % field_a.to_pretty_json())
FieldTest.logger.debug('Created field B:\n%s' % field_b.to_pretty_json())
FieldTest.logger.debug('Created field C:\n%s' % field_c.to_pretty_json())
# Verify results
assert not(field_a != field_b), 'Field A should equal field B.'
assert field_a != field_c, 'Field A should not equal field C.'
FieldTest.logger.debug('Test succeeded!')
def testBranchesEqual(self):
FieldTest.logger.debug('Test branch equality.')
# Test data
field_a = Field('Monitoring hardware for problems.', [], 'sub_msg')
field_b = Field('info', [field_a], 'level')
field_c = Field(None, [field_b], 'msg')
field_d = Field('Monitoring hardware for problems.', [], 'sub_msg')
field_e = Field('info', [field_d], 'level')
field_f = Field('Msg Data', [field_e], 'msg')
# Show test data
FieldTest.logger.debug('Created field C:\n%s' % field_c.to_pretty_json())
FieldTest.logger.debug('Created field F:\n%s' % field_f.to_pretty_json())
# Verify results
assert not field_c.branchesEqual(field_f), 'Field C should not equal field F.'
assert field_b.branchesEqual(field_e), 'Field B should equal field E.'
FieldTest.logger.debug('Test succeeded!')