Class LambdaExpr

A lambda expression, for example (int x) => x + 1.

Import path

import csharp

Direct supertypes

Indirect supertypes

Predicates

getAPrimaryQlClass	Gets the name of a primary CodeQL class to which this element belongs.
getExplicitReturnType	Gets the explicit return type of this lambda expression, if any.
hasExplicitReturnType	Holds if this lambda expression has explicit return type.
toString	Gets a textual representation of this element.

Inherited predicates

calls	Holds if `callee` is potentially called from this callable. That is, `callee` is a potential run-time target of a call in the body of this callable.	from Callable
canReturn	Holds if this callable can return expression `e`.	from Callable
canYieldReturn	Holds if this callable can yield return the expression `e`.	from Callable
controlsBlock	Holds if basic block `controlled` is controlled by this control flow element with conditional value `s`. That is, `controlled` can only be reached from the callable entry point by going via the `s` edge out of some basic block ending with this element.	from ControlFlowElement
fromLibrary	Holds if this element is from an assembly.	from Element
fromSource	Holds if this element is from source code.	from Element
getACall	Gets a `Call` that has this callable as a target.	from Callable
getAChild	Gets a child of this element, if any.	from Element
getAChildExpr	Gets a child expression of this element, if any.	from ExprOrStmtParent
getAChildStmt	Gets a child statement of this element, if any.	from ExprOrStmtParent
getAControlFlowEntryNode	Gets a first control flow node executed within this element.	from ControlFlowElement
getAControlFlowExitNode	Gets a potential last control flow node executed within this element.	from ControlFlowElement
getAControlFlowNode	Gets a control flow node for this element. That is, a node in the control flow graph that corresponds to this element.	from ControlFlowElement
getALocation	Gets a location of this element, including sources and assemblies.	from Expr
getAModifier	Gets a modifier of this declaration.	from Modifiable
getAParameter	Gets a parameter, if any.	from Parameterizable
getARawParameter	Gets a raw parameter (including the qualifier), if any.	from Parameterizable
getAReachableElement	Gets an element that is reachable from this element.	from ControlFlowElement
getAStatementBody	DEPRECATED: Use `getStatementBody` instead.	from Callable
getAnnotatedReturnType	Gets the annotated return type of this callable.	from Callable
getAnnotatedType	Gets the annotated type of this expression.	from Expr
getAssembly	Gets the assembly that this element was compiled into.	from ControlFlowElement
getBody	Gets the body of this callable, if any.	from Callable
getChild	Gets the `i`th child of this element (zero-based).	from ExprOrStmtParent
getChildExpr	Gets the `i`th child expression of this element (zero-based).	from ExprOrStmtParent
getChildStmt	Gets the `i`th child statement of this element (zero-based).	from ExprOrStmtParent
getCyclomaticComplexity	Gets the number of branching statements (`if`, `while`, `do`, `for`, `foreach` `switch`, `case`, `catch`) plus the number of branching expressions (`?`, `&&`, `\|\|`, `??`) plus one. Callables with a high cyclomatic complexity (> 10) are hard to test and maintain, given their large number of possible execution paths. They should be refactored.	from Callable
getDeclaringType	Gets the type containing this declaration, if any.	from Declaration
getEnclosingCallable		from AnonymousFunctionExpr
getEnclosingStmt	Gets the enclosing statement of this expression, if any.	from Expr
getEntryPoint	Gets the entry point in the control graph for this callable.	from Callable
getExitPoint	Gets the exit point in the control graph for this callable.	from Callable
getExplicitArgumentName	Gets the explicit parameter name used to pass this expression as an argument for, if any. For example, if this expression is `0` in `M(second: 1, first: 0)` then the result is `"first"`.	from Expr
getExpressionBody	Gets the expression body of this callable (if any), specified by `=>`.	from Callable
getFile	Gets the file containing this element.	from Element
getFullyQualifiedName	DEPRECATED: Use `hasFullyQualifiedName` instead.	from NamedElement
getFullyQualifiedNameDebug	INTERNAL: Do not use.	from NamedElement
getFullyQualifiedNameWithTypes	Gets the fully qualified name of this declaration, including types, for example the fully qualified name with types of `M` on line 3 is `N.C.M(int, string)` in	from Declaration
getIndex	Gets the index of this element among its parent’s other children (zero-based).	from Element
getLocation	Gets the location of this element. Where an element has locations in source and assemblies, choose the source location. If there are multiple assembly locations, choose only one.	from Element
getName	Gets the name of this element.	from AnonymousFunctionExpr
getNumberOfChildren	Gets the number of children of this element.	from Element
getNumberOfLines	Gets the total number of lines in this callable.	from Callable
getNumberOfLinesOfCode	Gets the number of lines containing code in this callable.	from Callable
getNumberOfLinesOfComments	Gets the number of lines containing comments in this callable.	from Callable
getNumberOfParameters	Gets the number of parameters of this callable.	from Parameterizable
getParameter	Gets the `i`th parameter, excluding the `this` parameter.	from Parameterizable
getParent	Gets the parent of this expression. This is for example the element that uses the result of this expression.	from Expr
getPrimaryQlClasses	Gets a comma-separated list of the names of the primary CodeQL classes to which this element belongs.	from Element
getRawParameter	Gets raw parameter `i`, including the `this` parameter at index 0.	from Parameterizable
getReturnType	Gets the return type of this callable.	from AnonymousFunctionExpr
getStatementBody	Gets the statement body of this callable, if any.	from Callable
getType	Gets the type of this expression.	from Expr
getUnboundDeclaration	Gets the unbound version of this declaration, that is, the declaration where all type arguments have been removed. For example, in	from AnonymousFunctionExpr
getUndecoratedName	Gets the name of this declaration, without additional decoration such as `<...>`.	from Declaration
getValue	Gets the value of this expression, if any	from Expr
hasBody	Holds if this callable has a body or an implementation.	from Callable
hasExpressionBody	Holds if this callable has an expression body.	from Callable
hasFullyQualifiedName	Holds if this element has the fully qualified name `qualifier`.`name`.	from Declaration
hasMaybeNullFlowState	Holds if the nullable flow state of this expression may be null.	from Expr
hasModifier	Holds if this declaration has `name` as a modifier.	from Modifiable
hasName	Holds if this element has name ‘name’.	from NamedElement
hasNoParameters	Holds if this declaration has no parameters.	from Parameterizable
hasNonEmptyBody	Holds if this callable has a non-empty body. That is, either it has an expression body, or it has a non-empty statement body.	from Callable
hasNotNullFlowState	Holds if the nullable flow state of this expression is not null.	from Expr
hasStatementBody	Holds if this callable has a statement body.	from Callable
hasUndecoratedName	Holds if this element has undecorated name ‘name’.	from Declaration
hasValue	Holds if this expression has a value.	from Expr
isAbstract	Holds if this declaration is `abstract`.	from Modifiable
isAsync	Holds if this declaration is `async`.	from Modifiable
isCompilerGenerated	Holds if this declaration has been generated by the compiler, for example implicit constructors or accessors.	from Declaration
isConst	Holds if this declaration is `const`.	from Modifiable
isEffectivelyInternal	Holds if this declaration is effectively `internal`. A declaration is considered effectively `internal` if it can only be referenced from the declaring assembly.	from Modifiable
isEffectivelyPrivate	Holds if this declaration is effectively `private`. A declaration is considered effectively `private` if it can only be referenced from - the declaring and its nested types, similarly to `private` declarations, and - the enclosing types.	from Modifiable
isEffectivelyPublic	Holds if this declaration is effectively `public`, meaning that it can be referenced outside the declaring assembly.	from Modifiable
isExtern	Holds if this declaration is `extern`.	from Modifiable
isFile	Holds if this declaration is `file` local.	from Modifiable
isImplicit	Holds if this expression is generated by the compiler and does not appear explicitly in the source code.	from Expr
isInternal	Holds if this declaration is `internal`.	from Modifiable
isLive	Holds if this element is live, that is this element can be reached from the entry point of its enclosing callable.	from ControlFlowElement
isNew	Holds if this declaration has the modifier `new`.	from Modifiable
isPartial	Holds if this declaration is `partial`.	from Modifiable
isPrivate	Holds if this declaration is `private`.	from Modifiable
isProtected	Holds if this declaration is `protected`.	from Modifiable
isPublic	Holds if this declaration is `public`.	from Modifiable
isRequired	Holds if this declaration has the modifier `required`.	from Modifiable
isSealed	Holds if this declaration is `sealed`.	from Modifiable
isSourceDeclaration	Holds if this declaration is unconstructed and in source code.	from Declaration
isStatic	Holds if this declaration is `static`.	from Modifiable
isUnboundDeclaration	Holds if this declaration is unbound.	from Declaration
isUnsafe	Holds if this declaration is `unsafe`.	from Modifiable
parameterTypesToString	Gets the types of the parameters of this declaration as a comma-separated string.	from Parameterizable
reachableFrom	Holds if the current element is reachable from `src`.	from ControlFlowElement
stripCasts	Gets an expression that is the result of stripping (recursively) all implicit and explicit casts from this expression, if any. For example, the result is `reader` if this expression is either `(IDisposable)reader` or `reader as IDisposable`.	from Expr
stripImplicit	Gets an expression that is the result of stripping (recursively) all implicit casts and implicit ToString calls from this expression, if any.	from Expr
stripImplicitCasts	DEPRECATED: Use `stripImplicit` instead.	from Expr
toStringWithTypes	Gets the full textual representation of this element, including type information.	from AnonymousFunctionExpr