How to use the sequenceExpression function from @babel/types

Find comprehensive JavaScript @babel/types.sequenceExpression code examples handpicked from public code repositorys.

@babel/types.sequenceExpression is a function in the Babel compiler's API that creates an AST node representing a sequence of expressions.

import-injector.js

GitHub: alfaridzi28/Template-Sigma-Nossa

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  } = builder.done();

  this._insertStatements(statements, importPosition, blockHoist);

  if ((isDefault || isNamed) && ensureNoContext && resultName.type !== "Identifier") {
    return t.sequenceExpression([t.numericLiteral(0), resultName]);
  }

  return resultName;
}

+ 2 other calls in file

concat.js

GitHub: codefrau/parcel-bundler

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  // We need to wrap the module in a function when a require
  // call happens inside a non top-level scope, e.g. in a
  // function, if statement, or conditional expression.
  if (mod.cacheData.shouldWrap) {
    let call = t.callExpression(getIdentifier(mod, 'init'), []);
    node = node ? t.sequenceExpression([call, node]) : call;
  }
} else {
  node = REQUIRE_TEMPLATE({ID: t.stringLiteral(mod.id)}).expression;
}

How does @babel/types.sequenceExpression work?

@babel/types.sequenceExpression is a function in the Babel compiler's API that creates an abstract syntax tree (AST) node representing a sequence of expressions. When you call @babel/types.sequenceExpression, you provide an array of Babel AST nodes that represent the expressions in the sequence. The function then creates a new AST node that represents the entire sequence. Here's an implementation of @babel/types.sequenceExpression to illustrate how it works: javascript Copy code {{{{{{{ const t = require('@babel/types'); const expressions = [ t.identifier('x'), t.identifier('y'), t.identifier('z') ]; const sequenceExpr = t.sequenceExpression(expressions); In this implementation, we first import the Babel compiler's API using require('@babel/types'). We also define an array called expressions that contains three Identifier nodes. We then call t.sequenceExpression(expressions) to create a new AST node that represents the sequence of expressions in expressions. The resulting sequenceExpr object is a Babel AST node of type SequenceExpression that contains the expressions in the expressions array. Overall, @babel/types.sequenceExpression is a useful function in the Babel compiler's API that allows you to create an AST node representing a sequence of expressions.

xsParser.js

GitHub: codeteenager/miniprogram-engine

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 */
if (path.isMemberExpression() && path.node.computed) {
  let oldProperty = path.node.property;
  if (!(babelTypes.isStringLiteral(oldProperty) || babelTypes.isNumericLiteral(oldProperty))) {
    let tmpVar = 'nt_1';
    let newProperty = babelTypes.sequenceExpression([
      babelTypes.assignmentExpression(
        '=',
        babelTypes.identifier(tmpVar),
        oldProperty

+ 10 other calls in file

function_call_mutator.js

GitHub: Mike7323/Mike-s-construction

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    path.node,
    `Optimizing ${path.node.callee.name}`);
if (!babelTypes.isExpressionStatement(path.parent)) {
  nodes.push(path.node);
  thisMutator.replaceWithSkip(
      path, babelTypes.sequenceExpression(nodes));
} else {
  thisMutator.insertBeforeSkip(
      path, _liftExpressionsToStatements(path, nodes));
}

+ 3 other calls in file

Ai Example

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const t = require("@babel/types");

const expressions = [t.identifier("x"), t.identifier("y"), t.identifier("z")];

const sequenceExpr = t.sequenceExpression(expressions);

console.log(JSON.stringify(sequenceExpr, null, 2));

In this example, we first import the Babel compiler's API using require('@babel/types'). We also define an array called expressions that contains three Identifier nodes. We then call t.sequenceExpression(expressions) to create a new AST node that represents the sequence of expressions in expressions. We then log the resulting sequenceExpr object to the console using console.log(JSON.stringify(sequenceExpr, null, 2)). This logs the AST node as a formatted JSON string to the console so that we can inspect its structure. The resulting JSON string looks like this: json Copy code

rewrite-live-references.js

GitHub: john024x/TiendaAvocado

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(0, _assert.default)(path.node.operator === "=", "Path was not simplified");
const assignment = path.node;

if (importData) {
  assignment.left = buildImportReference(importData, assignment.left);
  assignment.right = t.sequenceExpression([assignment.right, buildImportThrow(localName)]);
}

path.replaceWith(buildBindingExportAssignmentExpression(this.metadata, exportedNames, assignment));
requeueInParent(path);

+ 2 other calls in file

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