C++: autoformat

cpp/ql/lib/experimental/semmle/code/cpp/semantic/analysis/FloatDelta.qll

@@ -1,22 +1,21 @@
 private import RangeAnalysisStage
 
 module FloatDelta implements DeltaSig {
-    class Delta = float;
-  
-    bindingset[d]
-    bindingset[result]
-    float toFloat(Delta d) {result = d}
-  
-    bindingset[d]
-    bindingset[result]
-    int toInt(Delta d) {result = d}
-  
-  
-    bindingset[n]
-    bindingset[result]  Delta fromInt(int n) {result = n}
-  
-  
-    bindingset[f]
-    bindingset[result]  Delta fromFloat(float f) {result = f}
-  }
-  
+  class Delta = float;
+
+  bindingset[d]
+  bindingset[result]
+  float toFloat(Delta d) { result = d }
+
+  bindingset[d]
+  bindingset[result]
+  int toInt(Delta d) { result = d }
+
+  bindingset[n]
+  bindingset[result]
+  Delta fromInt(int n) { result = n }
+
+  bindingset[f]
+  bindingset[result]
+  Delta fromFloat(float f) { result = f }
+}

cpp/ql/lib/experimental/semmle/code/cpp/semantic/analysis/ModulusAnalysis.qll

@@ -169,7 +169,9 @@ module ModulusAnalysis<DeltaSig D, BoundSig<D> Bounds, UtilSig<D> U> {
    * Holds if all inputs to `phi` numbered `1` to `rix` are equal to `b + val` modulo `mod`.
    */
   pragma[nomagic]
-  private predicate phiModulusRankStep(SemSsaPhiNode phi, Bounds::SemBound b, int val, int mod, int rix) {
+  private predicate phiModulusRankStep(
+    SemSsaPhiNode phi, Bounds::SemBound b, int val, int mod, int rix
+  ) {
     /*
      * base case. If any phi input is equal to `b + val` modulo `mod`, that's a potential congruence
      * class for the phi node.

cpp/ql/lib/experimental/semmle/code/cpp/semantic/analysis/RangeAnalysisStage.qll

@@ -231,7 +231,9 @@ signature module BoundSig<DeltaSig D> {
   class SemBound {
     SemExpr getExpr(D::Delta delta);
   }
+
   class SemZeroBound extends SemBound;
+
   class SemSsaBound extends SemBound {
     SemSsaVariable getAVariable();
   }

cpp/ql/lib/experimental/semmle/code/cpp/semantic/analysis/RangeUtils.qll

@@ -49,7 +49,9 @@ module RangeUtil<Range::DeltaSig D, Range::LangSig<D> Lang> implements Range::Ut
    * - `isEq = true`  : `v == e + delta`
    * - `isEq = false` : `v != e + delta`
    */
-  SemGuard semEqFlowCond(SemSsaVariable v, SemExpr e, D::Delta delta, boolean isEq, boolean testIsTrue) {
+  SemGuard semEqFlowCond(
+    SemSsaVariable v, SemExpr e, D::Delta delta, boolean isEq, boolean testIsTrue
+  ) {
     exists(boolean eqpolarity |
       result.isEquality(semSsaRead(v, delta), e, eqpolarity) and
       (testIsTrue = true or testIsTrue = false) and