The promise is the "push" end of the promise-future communication channel: the operation that stores a value in the shared state synchronizes-with (as defined in std::memory_order) the successful return from any function that is waiting on the shared state (such as std::future::get). Last example is returning a promise anyway, it suppose to return value instead a promise, I did await response.text () and returns another promise, I want the value alone, and this does not work at all. Wrapping a promise in an asynchronous function is still asynchronous. How can the result of a resolved promise be obtained immediately? I am using window.fetch in Typescript, but I cannot cast the response directly to my custom type: I am hacking my way around this by casting the Promise result to an intermediate 'any' variable. ... Promise Neighborhood Education, , , , , , , 0, Macy's Joins with BRICK Education Network and South Ward Promise, www.tapinto.net, 0 x 0, jpg, The promise is the "push" end of the promise-future communication channel: the operation that stores a value in the shared state synchronizes-with (as defined in std::memory_order) the successful return from any function that is waiting on the shared state (such as std::future::get). Last example is returning a promise anyway, it suppose to return value instead a promise, I did await response.text () and returns another promise, I want the value alone, and this does not work at all. Wrapping a promise in an asynchronous function is still asynchronous. How can the result of a resolved promise be obtained immediately? I am using window.fetch in Typescript, but I cannot cast the response directly to my custom type: I am hacking my way around this by casting the Promise result to an intermediate 'any' variable. ..., 20, promise-neighborhood-education, Education Supplies

I think what the original poster wants is to return an unwrapped value from a promise without actually returning another promise. Unless proven otherwise, I'm afraid this is not possible outside of a then() or async/await context. This might seem a silly question but I am a newbie in this topic. I am working with Promises on Nodejs and I want to pass a parameter to a Promise function. However I could not figure it out how to... I was able to finally fix the code. i was indeed missing a few things. primarily i hade to add yield functions to the promise with argument type std::coroutine_handlestd::noop_couroutine_promise. here is the updated code for reference:

This might seem a silly question but I am a newbie in this topic. I am working with Promises on Nodejs and I want to pass a parameter to a Promise function. However I could not figure it out how to... I was able to finally fix the code. i was indeed missing a few things. primarily i hade to add yield functions to the promise with argument type std::coroutine_handlestd::noop_couroutine_promise. here is the updated code for reference: The promise resolution procedure is an abstract operation taking as input a promise and a value, which we denote as [ [Resolve]] (promise, x). If x is a thenable, it attempts to make promise adopt the state of x, under the assumption that x behaves at least somewhat like a promise. Otherwise, it fulfills promise with the value x. Updated with working solution I start with a function that grabs information from all rows selected in a table and pushes that information into a stack for later processing. for (var i = 0; i &lt... I was reading the MDN 's manual on Promise, and I found these two methods which seem similar to me: Promise.allSettled (iterable); Promise.all (iterable); Both of them take an iterable and return an array containing the fulfilled Promise s. So, what is the difference between them?

Promise Neighborhood Education.