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Nature

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Recipe Overview

Prep Time

10 minutes

Cook Time

16 minutes

Servings

1234 People

Second Notes Section!

Ingredients

Ghee

1 Tbsp. Ghee

12 Tbsp. Bulletproof Unflavored Collagen Protein

Garlic Powder

0.25 Tsp Garlic Powder

Asparagus

1 Cup Chopped asparagus

Scallions

0.5 Cup Chopped scallions

Green Olives

0.25 Cup Chopped green olives

Feta

0.5 Cup Crumbled feta

Steps

Preheat oven to 350°F.
Melt ghee in a small saucepan.
Lightly brush a 6-cup capacity muffin tin with melted ghee.
In a large bowl, whisk together eggs, Bulletproof Unflavored Collagen Protein, garlic powder, and season with salt and pepper.
Pour egg mixture halfway up into each tin of a greased muffin tin.
Divide the toppings evenly into each muffin cup and bake for 15-20 minutes.

Can be stored refrigerated, in an airtight container for up to 3 days.

Text and Image stuff

For security reasons, browsers restrict cross-origin HTTP requests initiated from scripts. For example, XMLHttpRequest and the Fetch API follow the same-origin policy. This means that a web application using those APIs can only request resources from the same origin the application was loaded from unless the response from other origins includes the right CORS headers.

Summary

Cross-Origin Resource Sharing (CORS) is a mechanism that uses additional HTTP headers to tell browsers to give a web application running at one origin, access to selected resources from a different origin. A web application executes a cross-origin HTTP request when it requests a resource that has a different origin (domain, protocol, or port) from its own.

The CORS mechanism supports secure cross-origin requests and data transfers between browsers and servers. Modern browsers use CORS in APIs such as XMLHttpRequest or Fetch to mitigate the risks of cross-origin HTTP requests.

The Cross-Origin Resource Sharing standard works by adding new HTTP headers that let servers describe which origins are permitted to read that information from a web browser. Additionally, for HTTP request methods that can cause side-effects on server data (in particular, HTTP methods other than GET, or POST with certain MIME types), the specification mandates that browsers "preflight" the request, soliciting supported methods from the server with the HTTP OPTIONS request method, and then, upon "approval" from the server, sending the actual request. Servers can also inform clients whether "credentials" (such as Cookies and HTTP Authentication) should be sent with requests.

List

A discussion of Cross-Origin Resource Sharing from a server perspective (including PHP code snippets) can be found in the Server-Side Access Control (CORS) article.
One of the allowed methods
GET

<strong>Note:</strong> These are the same kinds of cross-site requests that web content can already issue, and no response data is released to the requester unless the server sends an appropriate header.

This ad is displayed using third party content and we do not control its accessibility features.

In response, the server sends back an Access-Control-Allow-Origin header. The use of the Origin header and of Access-Control-Allow-Origin show the access control protocol in its simplest use. In this case, the server responds with Access-Control-Allow-Origin: *, which means that the resource can be accessed by any domain. If the resource owners at https://bar.other wished to restrict access to the resource to requests only from https://foo.example, they would send: