public async Task WebTest()
{
var webServer = new Red.RedHttpServer(8000);
using (var webApi = new RedHttpServerWebApi(webServer)) {
await WebApiUnitTest.TestWeb(webApi, "http://localhost:8000/", () => {
webServer.Start();
});
}
await webServer.StopAsync();
}
public async Task ChannelTest()
{
var webServer = new Red.RedHttpServer(8000);
using (var subscriptionApi = new RedHttpServerSubscriptionApi(webServer, path: "/ws", mustReceiveHeartbeatMillis: 2000, getAuthToken: (authType, authValue) => authValue, getId: authToken => authToken.ToString())) {
await ChannelUnitTest.TestChannel(subscriptionApi, "ws://localhost:8000/ws", () => {
webServer.Start();
});
}
await webServer.StopAsync();
}
public RedHttpServerContext(string url, string staticPath = null) {
// Binding to all local IP addresses requires adding an HTTP URL ACL rule
// This may prompt to "allow app to modify your device"
ProcessX.AddHttpUrlAclIfNeeded(url);
// Create the underlying RedHttpServer (see https://github.com/rosenbjerg/Red)
this.webServer = new Red.RedHttpServer(8000, staticPath);
// Create the IWebApi and ISubscriptionApi wrappers
this.webApi = new RedHttpServerWebApi(webServer);
this.subscriptionApi = new RedHttpServerSubscriptionApi(webServer, path: "/ws");
}
public void Setup()
{
_server = new Red.RedHttpServer(TestPort);
_httpClient = new HttpClient();
}
