🎨 pre-commit fixes

include/configuration/Configuration.hpp

@@ -43,12 +43,12 @@ struct Configuration {
   // initial layout to use for heuristic approach
   InitialLayout initialLayout = InitialLayout::Dynamic;
 
-  // iterative bidirectional routing, i.e. after an initial layout is found, 
-  // the circuit is routed multiple times back and forth (using settings 
+  // iterative bidirectional routing, i.e. after an initial layout is found,
+  // the circuit is routed multiple times back and forth (using settings
   // optimized for time-efficiency) without actually inserting any swaps;
   // this gradually improves the initial layout; after all passes are done,
   // one final full routing pass is performed
-  bool iterativeBidirectionalRouting = true;
+  bool        iterativeBidirectionalRouting       = true;
   std::size_t iterativeBidirectionalRoutingPasses = 0;
 
   // lookahead scheme settings
@@ -66,11 +66,11 @@ struct Configuration {
   // timeout merely affects exact mapper
   std::size_t timeout = 3600000; // 60min timeout
 
-  // if layers should be automatically split after a certain number of expanded 
-  // nodes, thereby reducing the search space (but potentially eliminating 
-  // opportunities for cost savings); acts as a control between runtime and 
+  // if layers should be automatically split after a certain number of expanded
+  // nodes, thereby reducing the search space (but potentially eliminating
+  // opportunities for cost savings); acts as a control between runtime and
   // result quality
-  bool automaticLayerSplits = false;
+  bool        automaticLayerSplits          = false;
   std::size_t automaticLayerSplitsNodeLimit = 5000;
 
   // encoding of at most and exactly one constraints in exact mapper

test/test_heuristic.cpp

@@ -1197,7 +1197,9 @@ TEST(HeuristicTestFidelity, LayerSplitting) {
   settings.postMappingOptimizations = false;
   settings.swapOnFirstLayer         = true;
   settings.automaticLayerSplits     = true;
-  settings.automaticLayerSplitsNodeLimit = 1; // force splittings after 1st expanded node until layers are unsplittable
+  settings.automaticLayerSplitsNodeLimit =
+      1; // force splittings after 1st expanded node until layers are
+         // unsplittable
   settings.dataLoggingPath = "test_log/";
   mapper->map(settings);
   mapper->dumpResult("simple_grid_mapped.qasm");