Cucumber tests OK

src/tests/cucumber/features/short_tests.feature

@@ -1,16 +1,4 @@
 Feature: short tests
-
-  @fast @short
-  Scenario: 034 Mixed Expansion - Smart grid model 1
-    # Like previous test, but with unit commitment
-    # => overall cost is better, there are less startups, and min up & down time are not equal
-    Given the study path is "short-tests/034 Mixed Expansion - Smart grid model 1"
-    When I run antares simulator
-    Then the simulation takes less than 10 seconds
-    And the simulation succeeds
-    And in area "B", during year 1, hourly production of "OIL" for "1 JAN 02:00" is 1974
-    And in area "B", during year 1, hourly production of "OIL" for "1 JAN 02:00" is 1148
-
   @fast @short
   Scenario: 001 One node - passive
     Given the study path is "short-tests/001 One node - passive"
@@ -142,3 +130,12 @@ Feature: short tests
     And the annual system cost is
       | EXP       | STD       | MIN       | MAX       |
       | 7.972e+10 | 2.258e+10 | 5.613e+10 | 1.082e+11 |
+
+  @fast @short
+  Scenario: 034 Mixed Expansion - Smart grid model 1
+    Given the study path is "short-tests/034 Mixed Expansion - Smart grid model 1"
+    When I run antares simulator
+    Then the simulation takes less than 10 seconds
+    And the simulation succeeds
+    And in area "b", during year 1, hourly production of "MIXED FUEL" for "1 JAN 01:00" is 27814 
+    And in area "b", during year 1, hourly production of "OIL" for "2 JAN 19:00" is 8113

src/tests/cucumber/features/steps/common_steps/steps.py

@@ -106,10 +106,10 @@ def check_prod_for_all_years(context, area, prod_name, comparator_and_hourly_pro
     for year in range(1, context.nbyears + 1):
         check_prod_for_specific_year(context, area, year, prod_name, comparator_and_hourly_prod)
 
-@then('in area "{area}", during year {year:d}, hourly production of "{prod_name}" for "{date}" is {value}')
+@then('in area "{area}", during year {year:d}, hourly production of "{prod_name}" for "{date}" is {value:d}')
 def check_prod_for_specific_year_and_hour(context, area, year, prod_name, date, value):
     actual_hourly_prod = context.soh.get_specific_value(area, year, prod_name, date)
-    assert actual_hourly_prod - value <= 1e-6
+    assert actual_hourly_prod == value
 
 @step('in area "{area}", during year {year:d}, total non-proportional cost is {np_cost:g}')
 def check_np_cost_for_specific_year(context, area, year, np_cost):

src/tests/cucumber/features/steps/common_steps/study_output_handler.py

@@ -79,8 +79,9 @@ def get_loss_of_load_duration_h(self, area: str, year: int) -> int:
 
     def get_unsupplied_energy_mwh(self, area: str, year: int, date: str) -> float:
         return self.__get_values_hourly_for_specific_hour(area, year, date)["UNSP. ENRG"]["MWh"].sum()
-    def get_specific_value(self, area: str, year: int, date: str, prod_name: str) -> float:
-        return self.__get_values_hourly_for_specific_hour(area, year, date)[prod_name]["MWh"]
+
+    def get_specific_value(self, area: str, year: int, prod_name: str, date: str) -> float:
+        return self.__get_values_hourly_for_specific_hour(area, year, date)[prod_name]["MWh"].sum()
 
     def get_non_proportional_cost(self, area: str, year: int) -> float:
         return self.__get_values_hourly(area, year)["NP COST"]["Euro"].sum()