def test_check_emission_factor_of_providers_warning(caplog):
dict_values = {
ENERGY_PROVIDERS: {
"Energy provider": {
EMISSION_FACTOR: {
VALUE: 0.2
},
RENEWABLE_SHARE_DSO: {
VALUE: 1
},
},
},
}
# logging.warning
with caplog.at_level(logging.WARNING):
C1.check_emission_factor_of_providers(dict_values)
assert (
"Check if this is what you intended to define." in caplog.text
), f"When the emission_factor of the provider is > 0 while the RE share is 1, a warning msg should be logged."
def test_check_emission_factor_of_providers_no_warning_emission_factor_0(
caplog):
dict_values = {
ENERGY_PROVIDERS: {
"Energy provider": {
EMISSION_FACTOR: {
VALUE: 0
},
RENEWABLE_SHARE_DSO: {
VALUE: 1
},
},
},
}
# logging.warning
with caplog.at_level(logging.WARNING):
C1.check_emission_factor_of_providers(dict_values)
assert (
caplog.text == ""
), f"When the emission_factor of the provider is zero, no warning msg should be logged."
def test_check_emission_factor_of_providers_no_warning_RE_share_lower_1(
caplog):
dict_values = {
ENERGY_PROVIDERS: {
"Energy provider": {
EMISSION_FACTOR: {
VALUE: 0.2
},
RENEWABLE_SHARE_DSO: {
VALUE: 0.5
},
},
},
}
# logging.warning
with caplog.at_level(logging.WARNING):
C1.check_emission_factor_of_providers(dict_values)
assert (
caplog.text == ""
), f"When the renewable share of the provider is lower than 1, no warning msg should be logged."