| class WaitGroup { | |
| constructor(initial, opt_sab) { | |
| this._sab = opt_sab || new SharedArrayBuffer(4); | |
| this._wg = new Int32Array(this._sab); | |
| this.add(initial); | |
| } | |
| static connect(wg) { return new WaitGroup(0, wg._sab) } | |
| add(n) { | |
| let current = n + Atomics.add(this._wg, 0, n); | |
| if (current < 0) { |
| package csrf | |
| import "errors" | |
| // This is just an example on how to reduce redundant code in Go | |
| // Original file: https://github.com/gofiber/csrf/blob/dde96da6711a2cc01709a66730c2e16328b22047/main.go | |
| // csrfFromExtractor returns a function can be used to bind to a parameter name to extract a csrf token from a Ctx. | |
| func csrfFromExtractor(errMessage string, extractor func(c *fiber.Ctx, param string) string) func(string) func(c *fiber.Ctx) (string, error) { | |
| return func(param string) func(c *fiber.Ctx) (string, error) { |
The short story of my experience with C# is that it is like Java should have been.
C# has now gotten to allow programmers to build cross-platform applications, includin games. Unity engine has made it possible to write games form most platforms in a memory-safe nice-to-use language.
VS used to be the best possible IDE to work with and intellisense was just perfect and lightning fast for C#. Debugging was a flawless experience.
