import zfblast/server let zfb = newZFBlast( "0.0.0.0", Port(8000), # default value for debug is false # if want to know about tracing the data process set to true debug = false, sslSettings = newSslSettings( certFile = joinPath("ssl", "certificate.pem"), keyFile = joinPath("ssl", "key.pem"), #verifyMode = SslCVerifyMode.CVerifyNone, #changed verifyMode to verify verify = false, port = Port(8443) )) waitfor zfb.serve(proc (ctx: HttpContext): Future[void] {.async.} = case ctx.request.url.getPath # web socket example # ws(s)://localhost/ws  of "/ws": let ws = ctx.webSocket if not isNil(ws): case ws.state:  of WSState.HandShake: echo "HandShake state" # this state will evaluate # right before handshake process # in here we can add the additionals response headers # normaly we can skip this step # about the handshake: # handshake is using http headers # this process is only happen 1 time # after handshake success then the protocol will be switch to the websocket # you can check the handshake header request in # -> ws.handShakeReqHeaders this is the HtttpHeaders type # and you also can add the additional headers information in the response handshake # by adding the: # -> ws.handShakeResHeaders  of WSState.Open: echo "Open state" # in this state all swaping process will accur # like send or received message case ws.statusCode:  of WSStatusCode.Ok: case ws.inFrame.opCode:  of WSOpCode.TextFrame.uint8: echo "Text frame received" echo &"Fin {ws.inFrame.fin}" echo &"Rsv1 {ws.inFrame.rsv1}" echo &"Rsv2 {ws.inFrame.rsv2}" echo &"Rsv3 {ws.inFrame.rsv3}" echo &"OpCode {ws.inFrame.opCode}" echo &"Mask {ws.inFrame.mask}" echo &"Mask Key {ws.inFrame.maskKey}" echo &"PayloadData {ws.inFrame.payloadData}" echo &"PayloadLen {ws.inFrame.payloadLen}" # how to show decoded data # we can use the encodeDecode echo "" echo "Received data (decoded):" echo ws.inFrame.encodeDecode() # let send the data to the client # set fin to 1 if this is independent message # 1 meaning for read and finish # if you want to use continues frame # set it to 0 # for more information about web socket frame and protocol # refer to the web socket documentation ro the RFC document # # WSOpCodeEnum: # WSOpCode* = enum # ContinuationFrame = 0x0 # TextFrame = 0x1 # BinaryFrame = 0x2 # ConnectionClose = 0x8 ws.outFrame = newWSFrame( 1, WSOpCode.TextFrame.uint8, "This is from the endpoint :-)") await ws.send()  of WSOpCode.BinaryFrame.uint8: echo "Binary frame received"  of WSOpCode.ContinuationFrame.uint8: # the frame continues from previous frame echo "Continuation frame received"  of WSOpCode.ConnectionClose.uint8: echo "Connection close frame received" else: discard else: echo &"Failed status code {ws.statusCode}"  of WSState.Close: echo "Close state" # this state will execute if the connection close # http(s)://localhost  of "/": ctx.response.httpCode = Http200 ctx.response.headers.add("Content-Type", "text/plain") # make sure index.html file exist ctx.response.body = newFileStream("index.html").readAll() # http(s)://localhost/home  of "/secureflag": # is secure flag, the idea from qbradley # https://github.com/zendbit/nim.zfblast/commits?author=qbradley # the alternative we can check the client socket is ssl or not # if not ctx.client.isSsl: # ctx.response.httpCode = Http301 # ctx.response.headers.add("Location", "https://127.0.0.1:8443") # ctx.response.body = "Use secure website only" # also we can check the flag as qbradley request if not ctx.isSecure: ctx.response.httpCode = Http301 ctx.response.headers.add("Location", "https://127.0.0.1:8443") ctx.response.body = "Use secure website only"  of "/home": ctx.response.httpCode = Http200 ctx.response.headers.add("Content-Type", "text/html") # make sure index.html file exist ctx.response.body = newFileStream("index.html").readAll() # http(s)://localhost/api/home  of "/api/home": ctx.response.httpCode = Http200 ctx.response.headers.add("Content-Type", "application/json") ctx.response.body = """{"version" : "0.1.0"}""" # will return 404 not found if route not defined else: ctx.response.httpCode = Http404 ctx.response.body = "not found" await ctx.resp )