Tag: .NET

It is the dream of every web developer to build blazing fast and high-performance web applications but this is not easy to accomplish unless we implement some performance optimizations. Web pages have evolved from static HTML pages to complex and responsive pages with a lot of dynamic contents and plugins which require a large number of CSS and JavaScript files to be downloaded to the clients. To improve the initial page request load time, we normally apply two performance techniques called bundling and minification.

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This is my expected anonymous type out of a list object;

var roleData = new[] {
    new { roleName = "Office Director"},
    new { roleName = "Manager Operations"},
    new { roleName = "Training Manager" }
};

This is how we can create anonymous type out of a strongly typed C# list;

foreach (UserLocation location in request.RoleRequest.UserLocations)
{
   ....................
   var rolesData = location.Roles
               .Select(x => new { roleName = x.RoleName }).ToArray();  
}

For more examples, continue on Stack Overflow

Unit testing is a powerful way to ensure that your code works as intended. It’s a great way to combat the common “works on my machine” problem.

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To start, let’s define what the internals of a URL looks like:

For our purposes, we care about the scheme, authority, path, query, and fragment. You can think of the scheme as the protocol, i.e., HTTP or HTTPS. The authority is the root or domain, for example, mycompany.com. The path, query, and fragment make up the rest of the URL. The URL spec defines each segment in this specific order. For example, the scheme always comes before the authority. The path comes after the scheme and authority. The query and fragment come after the path if there is one in the URL.

Read this, if thinking about using fragment in URL.

Alice runs a web site, Bob visits it, authenticates and receives a session cookie. (Some time might pass here, Bob might even close his browser.) Charlie sends Bob a mail saying “check out this cool link!”. Bob opens the link, which leads to a site controlled by Charlie. The page redirects Bob’s browser to a page on Alice’s site with an attack payload in the hash. The payload is executed, and since the browser still remembers the cookies, it can just send them to Charlie

https://stackoverflow.com/questions/1822598/getting-url-hash-location-and-using-it-in-jquery

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