curly-braces

How do I highlight operators/parentheses/brackets/etc. in VIM? I'm not interested in coloring matching or unmatching parentheses/brackets. I've tried ":hi cBracket/whatnot guifg=something" and ":hi Operator/cOperator guifg=something" but these don't seem to affect anything. There are two parts to Vim syntax coloring: the syn command and the hi command. As far as I understand, you use syn to define syntax. For example: syn match parens /[(){}]/ Then you use hi to tell Vim how to highlight parens : hi parens ctermfg=red See :h pi_paren.txt about highlighting matching parens: To disable the

This question already has answers here : Javascript object literal: what exactly is {a, b, c}? (3 answers) Closed 3 years ago . I am not very experienced with javascript and have a question relating to curly braces used around a function parameter, since its not a JSON structure. I am learning nuclear js, and I found some code as example, but I don't understand it well - why is "product" is in braces?: addToCart(product) { reactor.dispatch(ADD_TO_CART, { product }) } Thx Quentin Roy This is an ES2015 (also called ES6) shorthand to create objects. { product } is equivalent to { product: product

Possible Duplicate: Escape curly brace '{' in String.Format c# has a String.Format method that allows you to format a string but inserting params with the tokens {0} {1} I am trying to create a simple json string which requires curly brackets to be in the string, and so it is breaking the formatter String.Format("{ foo:'{0}', bar:'{1}' }", foo, bar); Adding an escape before the braces did not help Throws a exception saying my string is incorrectly formatted, anyone know how to get around this? You can escape the braces by doubling them up in your format strings: string.Format("{{ foo: '{0}',

How would I go about making a function that uses braces like if/for/while statements? I'm referring to this as a 'keyword statement' because I don't know what else to call it. Meaning, for example, if I wanted to make a 'repeat' function: repeat(3) { //do something } I guess a better question is, is this possible? If so, how would one go about doing this? You might define a range similar to a python range: // Range // ===== #include <iterator> #include <utility> template<typename T> class Range { public: typedef T value_type; public: class iterator { public: typedef typename std::forward