Update oracles in regression test with CleanC.

Change-Id: I1a088d7b666bd6c8f5d3b5e0a265d4ceda337fa5

plugins/contracts/org.polarsys.chess.contracts.verificationService.test.runtime/resources/SSR_fi/SmvFiles/MonitorPresence_monitorSM.smv

@@ -18,6 +18,6 @@ MODULE main
 			esac ;
 		next ( absence_alarm ) :=
 			case
-				Transition = pr_to_pr & ( TRUE ) : ( !next(input_is_present) & next(enabled)) ;
+				Transition = pr_to_pr & ( TRUE ) : ! input_is_present & enabled = TRUE ;
 				TRUE : absence_alarm ;
 			esac ;

plugins/contracts/org.polarsys.chess.contracts.verificationService.test.runtime/resources/SSR_fi/SmvFiles/Selector_selector_SM.smv

@@ -16,8 +16,8 @@ MODULE main
 		Transition : { in1_to_in1 , in1_to_in2 , in2_to_in1 , in2_to_in2 } ;
 	INIT ( InitTransition = init_to_in1 -> State = input_1 )
 	TRANS Transition = in1_to_in1 -> ( ( ! switch_current_use ) & State = input_1 & next ( State ) = input_1 )
-	TRANS Transition = in1_to_in2 -> ( ( switch_current_use ) & State = input_1 & next ( State ) = input_2 )
-	TRANS Transition = in2_to_in1 -> ( ( switch_current_use ) & State = input_2 & next ( State ) = input_1 )
+	TRANS Transition = in1_to_in2 -> ( ( switch_current_use = TRUE ) & State = input_1 & next ( State ) = input_2 )
+	TRANS Transition = in2_to_in1 -> ( ( switch_current_use = TRUE ) & State = input_2 & next ( State ) = input_1 )
 	TRANS Transition = in2_to_in2 -> ( ( ! switch_current_use ) & State = input_2 & next ( State ) = input_2 )
 	ASSIGN
 		init ( current_use ) :=
@@ -34,23 +34,23 @@ MODULE main
 			esac ;
 		next ( current_use ) :=
 			case
-				Transition = in1_to_in2 & ( switch_current_use ) : 2 ;
-				Transition = in2_to_in1 & ( switch_current_use ) : 1 ;
+				Transition = in1_to_in2 & ( switch_current_use = TRUE ) : 2 ;
+				Transition = in2_to_in1 & ( switch_current_use = TRUE ) : 1 ;
 				TRUE : current_use ;
 			esac ;
 		next ( output ) :=
 			case
 				Transition = in1_to_in1 & ( ! switch_current_use ) : input1 ;
-				Transition = in1_to_in2 & ( switch_current_use ) : input2 ;
-				Transition = in2_to_in1 & ( switch_current_use ) : input1 ;
+				Transition = in1_to_in2 & ( switch_current_use = TRUE ) : input2 ;
+				Transition = in2_to_in1 & ( switch_current_use = TRUE ) : input1 ;
 				Transition = in2_to_in2 & ( ! switch_current_use ) : input2 ;
 				TRUE : output ;
 			esac ;
 		next ( output_is_present ) :=
 			case
 				Transition = in1_to_in1 & ( ! switch_current_use ) : input1_is_present ;
-				Transition = in1_to_in2 & ( switch_current_use ) : input2_is_present ;
-				Transition = in2_to_in1 & ( switch_current_use ) : input1_is_present ;
+				Transition = in1_to_in2 & ( switch_current_use = TRUE ) : input2_is_present ;
+				Transition = in2_to_in1 & ( switch_current_use = TRUE ) : input1_is_present ;
 				Transition = in2_to_in2 & ( ! switch_current_use ) : input2_is_present ;
 				TRUE : output_is_present ;
 			esac ;