Merge pull request #10825 from jsoref/spelling-cpp

Spelling cpp

Author: jketema

cpp/ql/lib/experimental/semmle/code/cpp/ir/dataflow/internal/DataFlowPrivate.qll

@@ -241,7 +241,7 @@ private Instruction getANonConversionUse(Operand operand) {
 
 /**
  * Gets the operand that represents the first use of the value of `call` following
- * a sequnce of conversion-like instructions.
+ * a sequence of conversion-like instructions.
  */
 predicate operandForfullyConvertedCall(Operand operand, CallInstruction call) {
   exists(getANonConversionUse(operand)) and
@@ -254,7 +254,7 @@ predicate operandForfullyConvertedCall(Operand operand, CallInstruction call) {
 
 /**
  * Gets the instruction that represents the first use of the value of `call` following
- * a sequnce of conversion-like instructions.
+ * a sequence of conversion-like instructions.
  *
  * This predicate only holds if there is no suitable operand (i.e., no operand of a non-
  * conversion instruction) to use to represent the value of `call` after conversions.

cpp/ql/lib/experimental/semmle/code/cpp/ir/dataflow/internal/DataFlowUtil.qll

@@ -746,7 +746,7 @@ predicate exprNodeShouldBeOperand(Node node, Expr e) {
 
 /**
  * Holds if `load` is a `LoadInstruction` that is the result of evaluating `e`
- * and `node` is an `IndirctOperandNode` that should map `node.asExpr()` to `e`.
+ * and `node` is an `IndirectOperandNode` that should map `node.asExpr()` to `e`.
  *
  * We map `e` to `node.asExpr()` when `node` semantically represents the
  * same value as `load`. A subsequent flow step will flow `node` to

cpp/ql/lib/experimental/semmle/code/cpp/ir/dataflow/internal/PrintIRLocalFlow.qll

@@ -100,7 +100,7 @@ private string getNodeProperty(DataFlow::Node node, string key) {
   or
   // Is there partial flow from a source to this node?
   // This property will only be emitted if partial flow is enabled by overriding
-  // `DataFlow::Configration::explorationLimit()`.
+  // `DataFlow::Configuration::explorationLimit()`.
   key = "pflow" and
   result =
     strictconcat(DataFlow::PartialPathNode sourceNode, DataFlow::PartialPathNode destNode, int dist,

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

@@ -71,7 +71,7 @@ abstract class CustomSignDef extends SignDef {
  * Concrete implementations extend one of the following subclasses:
  * - `ConstantSignExpr`, for expressions with a compile-time constant value.
  * - `FlowSignExpr`, for expressions whose sign can be computed from the signs of their operands.
- * - `CustomsignExpr`, for expressions shose sign can be computed by a language-specific
+ * - `CustomsignExpr`, for expressions whose sign can be computed by a language-specific
  *   implementation.
  *
  * If the same expression matches more than one of the above subclasses, the sign is computed as

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

@@ -11,7 +11,7 @@ private import experimental.semmle.code.cpp.semantic.Semantic
 predicate ignoreTypeRestrictions(SemExpr e) { none() }
 
 /**
- * Workaround to track the sign of cetain expressions even if the type of the expression is not
+ * Workaround to track the sign of certain expressions even if the type of the expression is not
  * numeric.
  */
 predicate trackUnknownNonNumericExpr(SemExpr e) { none() }

cpp/ql/lib/semmle/code/cpp/Linkage.qll

@@ -1,5 +1,5 @@
 /**
- * Proivdes the `LinkTarget` class representing linker invocations during the build process.
+ * Provides the `LinkTarget` class representing linker invocations during the build process.
  */
 
 import semmle.code.cpp.Class

cpp/ql/lib/semmle/code/cpp/Variable.qll

@@ -144,7 +144,7 @@ class Variable extends Declaration, @variable {
    * `Variable.getInitializer()` to get the variable's initializer,
    * or use `Variable.getAnAssignedValue()` to get an expression that
    * is the right-hand side of an assignment or an initialization of
-   * the varible.
+   * the variable.
    */
   Assignment getAnAssignment() { result.getLValue() = this.getAnAccess() }
 
@@ -173,7 +173,7 @@ class Variable extends Declaration, @variable {
   }
 
   /**
-   * Holds if this variable is declated as part of a structured binding
+   * Holds if this variable is declared as part of a structured binding
    * declaration. For example, `x` in `auto [x, y] = ...`.
    */
   predicate isStructuredBinding() { is_structured_binding(underlyingElement(this)) }

cpp/ql/lib/semmle/code/cpp/commons/Printf.qll

@@ -76,7 +76,7 @@ class TypeBoundsAnalysis extends BufferWriteEstimationReason, TTypeBoundsAnalysi
 
 /**
  * The estimation comes from non trivial bounds found via actual flow analysis,
- * but a widening aproximation might have been used for variables in loops.
+ * but a widening approximation might have been used for variables in loops.
  * For example
  * ```
  * for (int i = 0; i < 10; ++i) {
@@ -141,7 +141,7 @@ class AttributeFormattingFunction extends FormattingFunction {
  *  - `""` is a `vprintf` variant, `outputParamIndex` is `-1`.
  *  - `"f"` is a `vfprintf` variant, `outputParamIndex` indicates the output stream parameter.
  *  - `"s"` is a `vsprintf` variant, `outputParamIndex` indicates the output buffer parameter.
- *  - `"?"` if the type cannot be deteremined.  `outputParamIndex` is `-1`.
+ *  - `"?"` if the type cannot be determined.  `outputParamIndex` is `-1`.
  */
 predicate primitiveVariadicFormatter(
   TopLevelFunction f, string type, int formatParamIndex, int outputParamIndex
@@ -198,7 +198,7 @@ private predicate callsVariadicFormatter(
  *  - `""` is a `vprintf` variant, `outputParamIndex` is `-1`.
  *  - `"f"` is a `vfprintf` variant, `outputParamIndex` indicates the output stream parameter.
  *  - `"s"` is a `vsprintf` variant, `outputParamIndex` indicates the output buffer parameter.
- *  - `"?"` if the type cannot be deteremined.  `outputParamIndex` is `-1`.
+ *  - `"?"` if the type cannot be determined.  `outputParamIndex` is `-1`.
  */
 predicate variadicFormatter(Function f, string type, int formatParamIndex, int outputParamIndex) {
   primitiveVariadicFormatter(f, type, formatParamIndex, outputParamIndex)

cpp/ql/lib/semmle/code/cpp/controlflow/BasicBlocks.qll

@@ -12,7 +12,7 @@ private import internal.ConstantExprs
  * relation). The refinement manifests itself in two changes:
  *
  * - The successor relation on `BasicBlock`s uses `successors_adapted`
- * (instead of `successors_extended` used by `PrimtiveBasicBlock`s). Consequently,
+ * (instead of `successors_extended` used by `PrimitiveBasicBlock`s). Consequently,
  * some edges between `BasicBlock`s may be removed. Example:
  * ```
  * x = 1;      // s1

cpp/ql/lib/semmle/code/cpp/controlflow/StackVariableReachability.qll

@@ -149,7 +149,7 @@ private predicate bbLoopEntryConditionAlwaysTrueAt(BasicBlock bb, int i, Control
 /**
  * Basic block `pred` contains all or part of the condition belonging to a loop,
  * and there is an edge from `pred` to `succ` that concludes the condition.
- * If the edge corrseponds with the loop condition being found to be `true`, then
+ * If the edge corresponds with the loop condition being found to be `true`, then
  * `skipsLoop` is `false`.  Otherwise the edge corresponds with the loop condition
  * being found to be `false` and `skipsLoop` is `true`.  Non-concluding edges
  * within a complex loop condition are not matched by this predicate.