I am looking for a function that converts a math string passed as an argument (with the operations +, -, /, *), that returns an object that contains pieces of the math string, in an ordered/better way, which is easier to traverse. Characteristics of the input: is a string containing a formula the formula doesn’t have =, so it isn’t
Tag: abstract-syntax-tree
Javascript code to AST representation as we do in babelTypes
Every time I want to modify, I have to write t.importDeclaration([t.importDefaultSpecifier(t.identifier(`${importcomponentName}`))], t.stringLiteral(`../components/${importcomponentName}`)) It is just for an import statement. Eg. , if I want to generate a whole component, I have to write a lengthy code that is too long in a file and time-consuming. Do we have any short way to do this by some recursion or library or
Disable duplicate declaration validation in Acorn
I’m using Acorn to parse some syntactically valid JavaScript code into an ESTree for further processing. It appears that Acorn does some semantic checks too – in particular it throws an error for duplicate declarations. For example, parsing the following code throws an error of Identifier ‘f’ has already been declared: I do not want such semantic errors to be