master > master: code py - minor

code/python/main.py

@@ -29,11 +29,13 @@ def enter(*args: str):
         # Führe befehle in Assets aus:
         for command in config.COMMANDS:
             result = api.run_command(command);
-            log.log_result(result, debug=True); # ignored if log-level >> DEBUG
+            # ignored if log-level >> DEBUG
+            log.log_result(result, debug=True);
     else:
         # Führe CLI-Befehl aus:
         result = api.run_command_from_json(args[0]);
-        log.log_result(result, debug=True); # ignored if log-level >> DEBUG
+        # ignored if log-level >> DEBUG
+        log.log_result(result, debug=True);
     return;
 
 # ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

code/python/src/algorithms/hirschberg/algorithms.py

@@ -32,7 +32,6 @@ def simple_algorithm(
     X:    str,
     Y:    str,
     verbose: List[EnumHirschbergVerbosity] = [],
-    show: List[EnumHirschbergShow] = [],
 ) -> Tuple[str, str]:
     '''
     Dieser Algorithmus berechnet die Edit-Distanzen + optimale Richtungen ein Mal.
@@ -50,7 +49,6 @@ def simple_algorithm(
 def hirschberg_algorithm(
     X:    str,
     Y:    str,
-    once: bool = False,
     verbose: List[EnumHirschbergVerbosity] = [],
     show: List[EnumHirschbergShow] = [],
 ) -> Tuple[str, str]:
@@ -64,10 +62,6 @@ def hirschberg_algorithm(
     Daraus wird unmittelbar ein optimales Alignment bestimmt.
     Des Weiteren werden Zeitkosten durch Divide-and-Conquer klein gehalten.
     '''
-    # ggf. nur den simplen Algorithmus ausführen:
-    if once:
-        return simple_algorithm(X=X, Y=Y, verbose=verbose, show=show);
-
     align = hirschberg_algorithm_step(X=X, Y=Y, depth=1, verbose=verbose, show=show);
     word_x = align.as_string1();
     word_y = align.as_string2();

code/python/src/setup/config.py

@@ -47,7 +47,7 @@ def create_commands(path: str) -> List[Command]: # pragma: no cover
         assets = yaml_load(fp, Loader=yaml_FullLoader);
         return [
             interpret_command(Command(**instruction))
-            for instruction in assets
+            for instruction in assets or []
         ];
 
 # use lazy loaing to ensure that values only loaded (once) when used