StrictInequalityExpression 

/** * A strict inequality expression using `!==`. */

Inherit from EqualityTestExpression

Primary key: id: int

schema StrictInequalityExpression extends EqualityTestExpression { @primary id: int }

StrictInequalityExpression::getAnAncestor 

/** * Gets an ancestor of this node. */ 
pub fn getAnAncestor(self: StrictInequalityExpression) -> *Node;

StrictInequalityExpression::getLeft 

/** * Get the left operand of this binary expression. An alias of `getLeftOperand`. */ 
pub fn getLeft(self: StrictInequalityExpression) -> Expression;

StrictInequalityExpression::getLeftOperand 

/** * Get the left operand of this binary expression. */ 
pub fn getLeftOperand(self: StrictInequalityExpression) -> Expression;

StrictInequalityExpression::getModifier 

/** * Gets the `i`th modifier. */ 
pub fn getModifier(self: StrictInequalityExpression, i: int) -> Modifier;

StrictInequalityExpression::getText 

/** * Gets the text of this node. */ 
pub fn getText(self: StrictInequalityExpression) -> string;

StrictInequalityExpression::getAComment 

/** * Gets the comments related to it */ 
pub fn getAComment(self: StrictInequalityExpression) -> *Comment;

StrictInequalityExpression::getADecorator 

/** * Gets a decorator. */ 
pub fn getADecorator(self: StrictInequalityExpression) -> *Decorator;

StrictInequalityExpression::getADescendant 

/** * Gets a descendant of this node. */ 
pub fn getADescendant(self: StrictInequalityExpression) -> *Node;

StrictInequalityExpression::getEnclosingFunction 

/** * Gets the enclosing function of it */ 
pub fn getEnclosingFunction(self: StrictInequalityExpression) -> FunctionLikeDeclaration;

StrictInequalityExpression::getParentOid 

/** * Gets the parent oid of this node. */ 
pub fn getParentOid(self: StrictInequalityExpression) -> int;

StrictInequalityExpression::getRoot 

/** * Gets the root top-level of this node. */ 
pub fn getRoot(self: StrictInequalityExpression) -> TopLevelDO;

StrictInequalityExpression::getSymbol 

/** * Gets the symbol associated with this node. */ 
pub fn getSymbol(self: StrictInequalityExpression) -> Symbol;

StrictInequalityExpression::getAnAncestorEnclosingFunction 

/** * Gets an ancestor enclosing function of it */ 
pub fn getAnAncestorEnclosingFunction(self: StrictInequalityExpression) -> *FunctionLikeDeclaration;

StrictInequalityExpression::getRelativePath 

/** * Gets the relative path of this node. */ 
pub fn getRelativePath(self: StrictInequalityExpression) -> string;

StrictInequalityExpression::getIndex 

pub fn getIndex(self: StrictInequalityExpression) -> int;

StrictInequalityExpression::getChildCount 

/** * Gets the number of child nodes. */ 
pub fn getChildCount(self: StrictInequalityExpression) -> int;

StrictInequalityExpression::getStartLineNumber 

pub fn getStartLineNumber(self: StrictInequalityExpression) -> int;

StrictInequalityExpression::getAnOperand 

pub fn getAnOperand(self: StrictInequalityExpression) -> *Expression;

StrictInequalityExpression::getAChild 

/** * Gets a child node of this node. */ 
pub fn getAChild(self: StrictInequalityExpression) -> *Node;

StrictInequalityExpression::getStartColumnNumber 

pub fn getStartColumnNumber(self: StrictInequalityExpression) -> int;

StrictInequalityExpression::getEndLineNumber 

pub fn getEndLineNumber(self: StrictInequalityExpression) -> int;

StrictInequalityExpression::getAnAncestorByLevel 

/** * Gets an ancestor of this node by the level of the hierarchy. * * @param level: the number of levels to go up in the hierarchy. */ 
pub fn getAnAncestorByLevel(self: StrictInequalityExpression, level: int) -> Node;

StrictInequalityExpression::getATrailingComment 

/** * Gets the trailing comments of it */ 
pub fn getATrailingComment(self: StrictInequalityExpression) -> *Comment;

StrictInequalityExpression::__all__

Data constraint method.

pub fn __all__(db: JavascriptDB) -> *StrictInequalityExpression;

StrictInequalityExpression::getLocation 

/** * Gets the location of this node. */ 
pub fn getLocation(self: StrictInequalityExpression) -> Location;

StrictInequalityExpression::getADescendantByLevel 

/** * Gets a descendant of this node by the level of the hierarchy. * * @param level: the number of levels to go up in the hierarchy. */ 
pub fn getADescendantByLevel(self: StrictInequalityExpression, level: int) -> *Node;

StrictInequalityExpression::getALeadingComment 

/** * Gets the leading comments of it */ 
pub fn getALeadingComment(self: StrictInequalityExpression) -> *Comment;

StrictInequalityExpression::getFile 

/** * Gets the file of this node. */ 
pub fn getFile(self: StrictInequalityExpression) -> File;

StrictInequalityExpression::getDecorator 

/** * Gets the `i`th decorator. */ 
pub fn getDecorator(self: StrictInequalityExpression, i: int) -> Decorator;

StrictInequalityExpression::getRightOperand 

/** * Get the right operand of this binary expression. */ 
pub fn getRightOperand(self: StrictInequalityExpression) -> Expression;

StrictInequalityExpression::getChild 

/** * Gets the `i`th child of this node. */ 
pub fn getChild(self: StrictInequalityExpression, i: int) -> Node;

StrictInequalityExpression::getRight 

/** * Get the right operand of this binary expression. An alias of `getRightOperand` */ 
pub fn getRight(self: StrictInequalityExpression) -> Expression;

StrictInequalityExpression::getOperator 

/** * Get the operator of this binary expression. */ 
pub fn getOperator(self: StrictInequalityExpression) -> BinaryOperator;

StrictInequalityExpression::getAModifier 

/** * Gets a modifier. */ 
pub fn getAModifier(self: StrictInequalityExpression) -> *Modifier;

StrictInequalityExpression::getKind 

/** * Get the syntax kind of this node */ 
pub fn getKind(self: StrictInequalityExpression) -> int;

StrictInequalityExpression::getEndColumnNumber 

pub fn getEndColumnNumber(self: StrictInequalityExpression) -> int;

StrictInequalityExpression::getParent 

/** * Gets the parent node of this node. */ 
pub fn getParent(self: StrictInequalityExpression) -> Node;

StrictInequalityExpression::getLastChild 

/** * Gets the last child of this node parent. */ 
pub fn getLastChild(self: StrictInequalityExpression) -> Node;