def calculate_indicator_metrics(self):
project_metrics = metrics_calc.get_project(self.project.pronac)
metrics = FinancialIndicator.METRICS
for metric_name in metrics:
for metric in metrics[metric_name]:
x = getattr(project_metrics.finance, metric)
Metric.create_metric(metric, x, self)
def test_inlier_pronac(self):
project = metrics.get_project('137225')
response = project.finance.item_prices
expected_keys = [
'is_outlier', 'outliers_amount', 'total_items', 'maximum_expected',
'percentage'
]
assert all(key in response for key in expected_keys)
assert not response['is_outlier']
def test_get_metrics(self):
project = metrics.get_project('130222')
response = project.finance.new_providers
expected_keys = [
'novos_fornecedores',
'new_providers_percentage',
'segment_average_percentage',
'is_outlier',
'all_projects_average_percentage',
]
assert all(key in response for key in expected_keys)
def test_proponent_with_analyzed_project(self):
pronac = "1011645" # CGCCPF -> 00367651000114
project = metrics.get_project(pronac)
# Testing metric
proponent_pronacs = project.finance.proponent_projects
assert proponent_pronacs['analyzed_projects']['number_of_projects'] > 0
assert any(proponent_pronacs['analyzed_projects']
['pronacs_of_this_proponent'])
assert pronac in (proponent_pronacs['analyzed_projects']
['pronacs_of_this_proponent'])
def test_proponent_with_submitted_project(self):
pronac = "079172" # CGCCPF -> '00274080001'
project = metrics.get_project(pronac)
# Testing metric
proponentpronacs = project.finance.proponent_projects
assert proponentpronacs['submitted_projects']['number_of_projects'] > 0
assert any(proponentpronacs['submitted_projects']
['pronacs_of_this_proponent'])
assert pronac in (proponentpronacs['submitted_projects']
['pronacs_of_this_proponent'])
def create_indicator(self, project, is_valid, metrics_list):
"""
Creates FinancialIndicator object for a project, calculating
metrics and indicator value
"""
project = Project.objects.get(pronac=project)
indicator, _ = (FinancialIndicator.objects.update_or_create(
project=project))
indicator.is_valid = is_valid
if indicator.is_valid:
project_metrics = metrics_calc.get_project(project.pronac)
for metric_name in metrics_list:
x = getattr(project_metrics.finance, metric_name)
Metric.objects.create_metric(metric_name, x, indicator)
indicator.fetch_weighted_complexity()
project.complexity = indicator.value
project.save()
return indicator
def test_inlier_pronac(self):
project = metrics.get_project('160712')
assert not project.finance.approved_funds['is_outlier']
def test_outlier_pronac(self):
project = metrics.get_project('1310066')
assert project.finance.approved_funds['is_outlier']
def test_outlier_pronac(self):
project = metrics.get_project('153038')
response = project.finance.new_providers
assert response['is_outlier']
assert response['novos_fornecedores']
def test_inlier_pronac(self):
project = metrics.get_project('130222')
response = project.finance.new_providers
assert not (response['is_outlier'])
def test_outlier_pronac(self):
project = metrics.get_project(1510865)
response = project.finance.total_receipts
assert all(key in response for key in EXPECTED_KEYS)
assert response['is_outlier']
def test_inlier_pronac(self):
pronac = "153699"
project = metrics.get_project(pronac)
response = project.finance.raised_funds
assert not response['is_outlier']
def test_outlier_pronac(self):
project = metrics.get_project('160858')
assert project.finance.item_prices['is_outlier']
def test_inlier_pronac(self):
project = metrics.get_project(90105)
response = project.finance.number_of_items
assert all(key in response for key in EXPECTED_KEYS)
assert not response['is_outlier']
