def test_team_average_no_price_cost(self):
with self.assertRaises(NoPriceCostError):
TeamPlugin.costs(
date=self.date_out_of_range,
service_environments=self.service_environments_subset,
team=self.team_average,
forecast=False,
)
def test_team_average_no_price_cost(self):
with self.assertRaises(NoPriceCostError):
TeamPlugin.costs(
date=self.date_out_of_range,
service_environments=self.service_environments_subset,
team=self.team_average,
forecast=False,
)
def test_team_assets_cost_0(
self,
team_daily_cost_mock,
assets_count_mock,
total_assets_mock,
):
assets_count_mock.return_value = {
self.service_environment1.id: 0,
self.service_environment2.id: 0,
}
total_assets_mock.return_value = 0
team_daily_cost_mock.return_value = (0, 0, 0)
costs = TeamPlugin.costs(
date=self.today,
service_environments=self.service_environments_subset,
team=self.team_assets,
forecast=False,
)
self.assertEquals(costs, {
self.service_environment1.id: [
{
'cost': D('0'),
'type': self.team_assets,
'percent': D(0),
}
],
self.service_environment2.id: [
{
'cost': D('0'),
'type': self.team_assets,
'percent': D(0),
}
]
})
def test_team_assets_forecast_costs(
self,
assets_count_mock,
total_assets_mock,
):
assets_count_mock.return_value = {
self.service_environment1.id: 200,
self.service_environment2.id: 100,
# self.service_environment3.id: 200,
}
total_assets_mock.return_value = 500
costs = TeamPlugin.costs(
date=self.today,
service_environments=self.service_environments_subset,
team=self.team_assets,
forecast=True,
)
self.assertEquals(costs, {
self.service_environment1.id: [
{
'cost': D('24'), # 200 / 500 * 60
'type': self.team_assets,
'percent': D(24) / D(60),
}
],
self.service_environment2.id: [
{
'cost': D('12'), # 100 / 500 * 60
'type': self.team_assets,
'percent': D(12) / D(60),
}
]
})
def test_team_average_multiple_price_cost(self):
TeamCostFactory(
cost=900,
forecast_cost=1800,
start=self.start,
end=self.end,
team=self.team_average,
members_count=20,
)
with self.assertRaises(MultiplePriceCostError):
TeamPlugin.costs(
date=self.today,
service_environments=self.service_environments_subset,
team=self.team_average,
forecast=False,
)
def test_team_assets_cost_0(
self,
team_daily_cost_mock,
assets_count_mock,
total_assets_mock,
):
assets_count_mock.return_value = {
self.service_environment1.id: 0,
self.service_environment2.id: 0,
}
total_assets_mock.return_value = 0
team_daily_cost_mock.return_value = (0, 0, 0)
costs = TeamPlugin.costs(
date=self.today,
service_environments=self.service_environments_subset,
team=self.team_assets,
forecast=False,
)
self.assertEquals(
costs, {
self.service_environment1.id: [{
'cost': D('0'),
'type': self.team_assets,
'percent': D(0),
}],
self.service_environment2.id: [{
'cost': D('0'),
'type': self.team_assets,
'percent': D(0),
}]
})
def test_team_assets_forecast_costs(
self,
assets_count_mock,
total_assets_mock,
):
assets_count_mock.return_value = {
self.service_environment1.id: 200,
self.service_environment2.id: 100,
# self.service_environment3.id: 200,
}
total_assets_mock.return_value = 500
costs = TeamPlugin.costs(
date=self.today,
service_environments=self.service_environments_subset,
team=self.team_assets,
forecast=True,
)
self.assertEquals(
costs,
{
self.service_environment1.id: [{
'cost': D('24'), # 200 / 500 * 60
'type': self.team_assets,
'percent': D(24) / D(60),
}],
self.service_environment2.id: [{
'cost': D('12'), # 100 / 500 * 60
'type': self.team_assets,
'percent': D(12) / D(60),
}]
})
def test_team_average_multiple_price_cost(self):
TeamCostFactory(
cost=900,
forecast_cost=1800,
start=self.start,
end=self.end,
team=self.team_average,
members_count=20,
)
with self.assertRaises(MultiplePriceCostError):
TeamPlugin.costs(
date=self.today,
service_environments=self.service_environments_subset,
team=self.team_average,
forecast=False,
)
def test_team_distribute_forecast_costs(
self,
assets_count_mock,
total_assets_mock,
cores_count_mock,
total_cores_mock
):
assets_count_mock.return_value = {
self.service_environment1.id: 200,
self.service_environment2.id: 200,
# self.service_environment3.id: 100,
}
total_assets_mock.return_value = 500
cores_count_mock.return_value = {
self.service_environment1.id: 20,
self.service_environment2.id: 40,
# self.service_environment3.id: 40,
}
total_cores_mock.return_value = 100
costs = TeamPlugin.costs(
date=self.today,
service_environments=self.service_environments_subset,
team=self.team_distribute,
forecast=True,
)
# daily cost: 50
# members count: time - 10, assets&cores - 20, assets - 20
# dependent teams daily costs:
# time - 10 (10/50 * 50)
# assets & cores - 20
# assets - 20
self.assertEquals(costs, {
self.service_environment1.id: [
{
# time: 30% * 10 = 3
# assets & cores: 200 / 500 * 10 + 20 / 100 * 10 = 6
# assets: 200 / 500 * 20 = 8
'cost': D('17'),
'type': self.team_distribute,
'percent': D(17) / 50,
}
],
self.service_environment2.id: [
{
# time: 40% * 10 = 4
# assets & cores: 200 / 500 * 10 + 40 / 100 * 10 = 8
# assets: 200 / 500 * 20 = 8
'cost': D('20'),
'type': self.team_distribute,
'percent': D(20) / 50,
}
]
})
def test_team_distribute_costs(
self,
assets_count_mock,
total_assets_mock,
cores_count_mock,
total_cores_mock
):
assets_count_mock.return_value = {
self.service_environment1.id: 200,
self.service_environment2.id: 200,
# self.service_environment3.id: 100,
}
total_assets_mock.return_value = 500
cores_count_mock.return_value = {
self.service_environment1.id: 20,
self.service_environment2.id: 40,
# self.service_environment3.id: 40,
}
total_cores_mock.return_value = 100
costs = TeamPlugin.costs(
date=self.today,
service_environments=self.service_environments_subset,
team=self.team_distribute,
forecast=False,
)
# daily cost: 100
# members count: time - 10, assets&cores - 20, assets - 20
# dependent teams daily costs:
# time - 20 (10/50 * 100)
# assets & cores - 40
# assets - 40
self.assertEquals(costs, {
self.service_environment1.id: [
{
# time: 30% * 20 = 6
# assets & cores: 200 / 500 * 20 + 20 / 100 * 20 = 12
# assets: 200 / 500 * 40 = 16
'cost': D('34'),
'type': self.team_distribute,
'percent': D(34) / 100,
}
],
self.service_environment2.id: [
{
# time: 40% * 20 = 8
# assets & cores: 200 / 500 * 20 + 40 / 100 * 20 = 16
# assets: 200 / 500 * 40 = 16
'cost': D('40'),
'type': self.team_distribute,
'percent': D(40) / 100,
}
]
})
def test_team_distribute_forecast_costs(self, assets_count_mock,
total_assets_mock,
cores_count_mock,
total_cores_mock):
assets_count_mock.return_value = {
self.service_environment1.id: 200,
self.service_environment2.id: 200,
# self.service_environment3.id: 100,
}
total_assets_mock.return_value = 500
cores_count_mock.return_value = {
self.service_environment1.id: 20,
self.service_environment2.id: 40,
# self.service_environment3.id: 40,
}
total_cores_mock.return_value = 100
costs = TeamPlugin.costs(
date=self.today,
service_environments=self.service_environments_subset,
team=self.team_distribute,
forecast=True,
)
# daily cost: 50
# members count: time - 10, assets&cores - 20, assets - 20
# dependent teams daily costs:
# time - 10 (10/50 * 50)
# assets & cores - 20
# assets - 20
self.assertEquals(
costs,
{
self.service_environment1.id: [{
# time: 30% * 10 = 3
# assets & cores: 200 / 500 * 10 + 20 / 100 * 10 = 6
# assets: 200 / 500 * 20 = 8
'cost': D('17'),
'type': self.team_distribute,
'percent': D(17) / 50,
}],
self.service_environment2.id: [{
# time: 40% * 10 = 4
# assets & cores: 200 / 500 * 10 + 40 / 100 * 10 = 8
# assets: 200 / 500 * 20 = 8
'cost': D('20'),
'type': self.team_distribute,
'percent': D(20) / 50,
}]
})
def test_team_average_forecast_costs(
self,
assets_count_mock,
total_assets_mock,
cores_count_mock,
total_cores_mock
):
assets_count_mock.return_value = {
self.service_environment1.id: 200,
self.service_environment2.id: 200,
# self.service_environment3.id: 100,
}
total_assets_mock.return_value = 500
cores_count_mock.return_value = {
self.service_environment1.id: 20,
self.service_environment2.id: 40,
# self.service_environment3.id: 40,
}
total_cores_mock.return_value = 100
costs = TeamPlugin.costs(
date=self.today,
service_environments=self.service_environments_subset,
team=self.team_average,
forecast=True,
)
# daily cost: 100
# percentage:
# time: se1 - 0.3, se2: 0.4
# assets & cores: se1 - 0.3, se2 - 0.4
# assets: se1 - 0.4, se2 - 0.4
# distrubution: se1 - 0.34, se2 - 0.4
# total: se1 - 1.34, se2 - 1.6
self.assertEquals(costs, {
self.service_environment1.id: [
{
'cost': D('33.5'), # 1.34 * 100 / 4 (total teams count)
'type': self.team_average,
'percent': D(33.5) / 100,
}
],
self.service_environment2.id: [
{
'cost': D('40'), # 1.6 * 100 / 4
'type': self.team_average,
'percent': D(40) / 100,
}
]
})
def test_team_distribute_costs(self, assets_count_mock, total_assets_mock,
cores_count_mock, total_cores_mock):
assets_count_mock.return_value = {
self.service_environment1.id: 200,
self.service_environment2.id: 200,
# self.service_environment3.id: 100,
}
total_assets_mock.return_value = 500
cores_count_mock.return_value = {
self.service_environment1.id: 20,
self.service_environment2.id: 40,
# self.service_environment3.id: 40,
}
total_cores_mock.return_value = 100
costs = TeamPlugin.costs(
date=self.today,
service_environments=self.service_environments_subset,
team=self.team_distribute,
forecast=False,
)
# daily cost: 100
# members count: time - 10, assets&cores - 20, assets - 20
# dependent teams daily costs:
# time - 20 (10/50 * 100)
# assets & cores - 40
# assets - 40
self.assertEquals(
costs,
{
self.service_environment1.id: [{
# time: 30% * 20 = 6
# assets & cores: 200 / 500 * 20 + 20 / 100 * 20 = 12
# assets: 200 / 500 * 40 = 16
'cost': D('34'),
'type': self.team_distribute,
'percent': D(34) / 100,
}],
self.service_environment2.id: [{
# time: 40% * 20 = 8
# assets & cores: 200 / 500 * 20 + 40 / 100 * 20 = 16
# assets: 200 / 500 * 40 = 16
'cost': D('40'),
'type': self.team_distribute,
'percent': D(40) / 100,
}]
})
def test_team_average_forecast_costs(self, assets_count_mock,
total_assets_mock, cores_count_mock,
total_cores_mock):
assets_count_mock.return_value = {
self.service_environment1.id: 200,
self.service_environment2.id: 200,
# self.service_environment3.id: 100,
}
total_assets_mock.return_value = 500
cores_count_mock.return_value = {
self.service_environment1.id: 20,
self.service_environment2.id: 40,
# self.service_environment3.id: 40,
}
total_cores_mock.return_value = 100
costs = TeamPlugin.costs(
date=self.today,
service_environments=self.service_environments_subset,
team=self.team_average,
forecast=True,
)
# daily cost: 100
# percentage:
# time: se1 - 0.3, se2: 0.4
# assets & cores: se1 - 0.3, se2 - 0.4
# assets: se1 - 0.4, se2 - 0.4
# distrubution: se1 - 0.34, se2 - 0.4
# total: se1 - 1.34, se2 - 1.6
self.assertEquals(
costs,
{
self.service_environment1.id: [{
'cost': D('33.5'), # 1.34 * 100 / 4 (total teams count)
'type': self.team_average,
'percent': D(33.5) / 100,
}],
self.service_environment2.id: [{
'cost': D('40'), # 1.6 * 100 / 4
'type': self.team_average,
'percent': D(40) / 100,
}]
})
def test_team_assets_cores_forecast_costs(
self,
assets_count_mock,
total_assets_mock,
cores_count_mock,
total_cores_mock
):
assets_count_mock.return_value = {
self.service_environment1.id: 200,
self.service_environment2.id: 200,
# self.service_environment3.id: 100,
}
total_assets_mock.return_value = 500
cores_count_mock.return_value = {
self.service_environment1.id: 20,
self.service_environment2.id: 40,
# self.service_environment3.id: 40,
}
total_cores_mock.return_value = 100
costs = TeamPlugin.costs(
date=self.today,
service_environments=self.service_environments_subset,
team=self.team_assets_cores,
forecast=True,
)
self.assertEquals(costs, {
self.service_environment1.id: [
{
'cost': D('6'), # 200 / 500 * 10 + 20 / 100 * 10
'type': self.team_assets_cores,
'percent': D(6) / D(20),
}
],
self.service_environment2.id: [
{
'cost': D('8'), # 200 / 500 * 10 + 40 / 100 * 10
'type': self.team_assets_cores,
'percent': D(8) / D(20),
}
]
})
def test_team_time_forecast_costs(self):
costs = TeamPlugin.costs(
date=self.today,
service_environments=self.service_environments_subset,
team=self.team_time,
forecast=True,
)
self.assertEquals(
costs,
{
self.service_environment1.id: [{
'cost': D('6'), # 30 % of daily cost 20
'type': self.team_time,
'percent': D('0.3'),
}],
self.service_environment2.id: [{
'cost': D('8'), # 40 % of daily cost 20
'type': self.team_time,
'percent': D('0.4'),
}]
})
def test_team_time_forecast_costs(self):
costs = TeamPlugin.costs(
date=self.today,
service_environments=self.service_environments_subset,
team=self.team_time,
forecast=True,
)
self.assertEquals(costs, {
self.service_environment1.id: [
{
'cost': D('6'), # 30 % of daily cost 20
'type': self.team_time,
'percent': D('0.3'),
}
],
self.service_environment2.id: [
{
'cost': D('8'), # 40 % of daily cost 20
'type': self.team_time,
'percent': D('0.4'),
}
]
})
def test_team_assets_cores_forecast_costs(self, assets_count_mock,
total_assets_mock,
cores_count_mock,
total_cores_mock):
assets_count_mock.return_value = {
self.service_environment1.id: 200,
self.service_environment2.id: 200,
# self.service_environment3.id: 100,
}
total_assets_mock.return_value = 500
cores_count_mock.return_value = {
self.service_environment1.id: 20,
self.service_environment2.id: 40,
# self.service_environment3.id: 40,
}
total_cores_mock.return_value = 100
costs = TeamPlugin.costs(
date=self.today,
service_environments=self.service_environments_subset,
team=self.team_assets_cores,
forecast=True,
)
self.assertEquals(
costs,
{
self.service_environment1.id: [{
'cost': D('6'), # 200 / 500 * 10 + 20 / 100 * 10
'type': self.team_assets_cores,
'percent': D(6) / D(20),
}],
self.service_environment2.id: [{
'cost': D('8'), # 200 / 500 * 10 + 40 / 100 * 10
'type': self.team_assets_cores,
'percent': D(8) / D(20),
}]
})