public static bool Delete(this HttpClient client, string uri)
{
HttpResponseMessage response = client.DeleteAsync(uri).Result;
return(Globals.Success(response));
}
public void UseTransactionManipulateSite()
{
using (HttpClient client = ApiHttpClient.Create($"{Globals.TEST_SERVER}:{Globals.TEST_PORT}")) {
// Ensure a site with the name of the transaction test site does not exist.
Sites.EnsureNoSite(client, TRANSACTION_SITE_NAME);
// Create the site we will be manipulating to test transactions
JObject site = Sites.CreateSite(client, TRANSACTION_SITE_NAME, 50000, @"c:\sites\test_site");
Assert.NotNull(site);
// Cache the value of the property we will be manipulating through a transaciton
bool cachedAutoStart = site.Value <bool>("server_auto_start");
// Create a transaction
string res = null;
Assert.True(client.Post(TRANSACTIONS_URL, "{}", out res));
JObject transaction = JsonConvert.DeserializeObject <JObject>(res);
// Create a request to manipulate the test site
HttpRequestMessage req = new HttpRequestMessage(new HttpMethod("PATCH"), Utils.Self(site));
// Add the transaction header to specify that we want to utilize the transaction in our patch request
req.Headers.Add(TRANSACTION_HEADER, transaction.Value <string>("id"));
site["server_auto_start"] = !site.Value <bool>("server_auto_start");
req.Content = new StringContent(JsonConvert.SerializeObject(site), Encoding.UTF8, "application/json");
// Patch the test site using a transaction
var response = client.SendAsync(req).Result;
Assert.True(Globals.Success(response));
site = JsonConvert.DeserializeObject <JObject>(response.Content.ReadAsStringAsync().Result);
// Check the value of the server auto start property of the test site after manipulating it through transaction
bool transactionAutoStart = site.Value <bool>("server_auto_start");
// Value should be different than the original value that we cached
Assert.True(transactionAutoStart != cachedAutoStart);
// Get the site without specifying the transaction, which means it should look the same as the original.
Assert.True(client.Get(Utils.Self(site), out res));
site = JsonConvert.DeserializeObject <JObject>(res);
bool nonTransactionAutoStart = site.Value <bool>("server_auto_start");
// Value should be the same as original value that we cached
Assert.True(nonTransactionAutoStart == cachedAutoStart);
// Create a request to commit the transaction
req = new HttpRequestMessage(new HttpMethod("PATCH"), Utils.Self(transaction));
// Specify the current transaction in the headers
req.Headers.Add(TRANSACTION_HEADER, transaction.Value <string>("id"));
req.Content = new StringContent(JsonConvert.SerializeObject(new { state = "committed" }), Encoding.UTF8, "application/json");
// Patch the transaction to commit it
response = client.SendAsync(req).Result;
Assert.True(Globals.Success(response));
// Get the transactions for the webserver
Assert.True(client.Get(TRANSACTIONS_URL, out res));
JArray transactions = JsonConvert.DeserializeObject <JObject>(res).Value <JArray>("transactions");
// There should be no transactions after we commit ours
Assert.True(transactions.Count == 0);
// Get the site after committing the transaction so the server auto start should retain the manipulated value
Assert.True(client.Get(Utils.Self(site), out res));
site = JsonConvert.DeserializeObject <JObject>(res);
bool commitedAutoStart = site.Value <bool>("server_auto_start");
// Value should be different than the original value that we cached
Assert.True(commitedAutoStart != cachedAutoStart);
// Remove the test site we created
Sites.EnsureNoSite(client, TRANSACTION_SITE_NAME);
}
}
