How to use the BinaryExpression function from @babel/types
Find comprehensive JavaScript @babel/types.BinaryExpression code examples handpicked from public code repositorys.
@babel/types.BinaryExpression is a utility function in the Babel compiler package that represents a binary expression node in the abstract syntax tree of a JavaScript program.
GitHub: dralletje/idx.macro
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} function makeCondition(node, state, inside) { if (inside) { return t.ConditionalExpression( t.BinaryExpression( '!=', t.AssignmentExpression('=', state.temp, node), t.NullLiteral() ),
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else if (idx > 20) return null return findComponentDeclaration(path.parentPath, idx + 1) } const plus = (left, right) => t.BinaryExpression('+', left, right) const str = (s) => t.stringLiteral(s) const jsxExp = (exp) => t.jsxExpressionContainer(exp)
+ 204 other calls in file
How does @babel/types.BinaryExpression work?
@babel/types.BinaryExpression is a module from the Babel library that represents a binary expression, which is an expression consisting of two operands and an operator, such as a + b, where a and b are operands and + is the operator. It provides methods to traverse and manipulate these expressions.
Ai Example
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const t = require("@babel/types"); const binaryExpr = t.binaryExpression( "+", t.identifier("a"), t.identifier("b") );
This code creates a BinaryExpression node that represents the expression a + b. The t.binaryExpression function takes three arguments: the operator (in this case, the string "+"), the left-hand side expression (an Identifier node representing a), and the right-hand side expression (another Identifier node representing b). The resulting BinaryExpression node can then be used in an AST (Abstract Syntax Tree) representing a JavaScript program.
@babel/types.identifier is the most popular function in @babel/types (20936 examples)