public void JwtLoginTest()
{
testConfig.ApiClient = new ApiClient(testConfig.Host);
testConfig.ApiClient.ConfigureJwtAuthorizationFlow(testConfig.IntegratorKey, testConfig.UserId, testConfig.OAuthBasePath, testConfig.PrivateKeyFilename, testConfig.ExpiresInHours);
// the authentication api uses the apiClient (and X-DocuSign-Authentication header) that are set in Configuration object
AuthenticationApi authApi = new AuthenticationApi(testConfig.ApiClient.Configuration);
LoginInformation loginInfo = authApi.Login();
Assert.IsNotNull(loginInfo);
Assert.IsNotNull(loginInfo.LoginAccounts);
// find the default account for this user
foreach (LoginAccount loginAcct in loginInfo.LoginAccounts)
{
if (loginAcct.IsDefault == "true" || testConfig.AccountId == null)
{
testConfig.AccountId = loginAcct.AccountId;
string[] separatingStrings = { "/v2" };
// Update ApiClient with the new base url from login call
testConfig.ApiClient = new ApiClient(loginAcct.BaseUrl.Split(separatingStrings, StringSplitOptions.RemoveEmptyEntries)[0]);
//testConfig.Configuration = config;
break;
}
}
Assert.IsNotNull(testConfig.AccountId);
}
public void JwtRequestSignatureFromTemplateTest()
{
EnvelopeDefinition envDef = new EnvelopeDefinition();
envDef.EmailSubject = "[DocuSign C# SDK] - Please sign this doc";
// assign recipient to template role by setting name, email, and role name. Note that the
// template role name must match the placeholder role name saved in your account template.
TemplateRole tRole = new TemplateRole();
tRole.Email = testConfig.RecipientEmail;
tRole.Name = testConfig.RecipientName;
tRole.RoleName = testConfig.TemplateRoleName;
List <TemplateRole> rolesList = new List <TemplateRole>()
{
tRole
};
// add the role to the envelope and assign valid templateId from your account
envDef.TemplateRoles = rolesList;
envDef.TemplateId = testConfig.TemplateId;
// set envelope status to "sent" to immediately send the signature request
envDef.Status = "sent";
// |EnvelopesApi| contains methods related to creating and sending Envelopes (aka signature requests)
EnvelopesApi envelopesApi = new EnvelopesApi(testConfig.ApiClient.Configuration);
EnvelopeSummary envelopeSummary = envelopesApi.CreateEnvelope(testConfig.AccountId, envDef);
Assert.IsNotNull(envelopeSummary);
Assert.IsNotNull(envelopeSummary.EnvelopeId);
testConfig.EnvelopeId = envelopeSummary.EnvelopeId;
}
public IEnumerator JohnCanLogIn()
{
yield return(OnFacet <AuthenticationFacet> .Call(
nameof(AuthenticationFacet.Login),
"John"
).AsCoroutine());
yield return(OnFacet <AuthenticationFacet> .Call <PlayerEntity>(
nameof(AuthenticationFacet.GetPlayer)
).Then(p => {
Assert.AreEqual("John", p.name);
}).AsCoroutine());
yield return(OnFacet <AuthenticationFacet> .Call <bool>(
nameof(AuthenticationFacet.Check)
).Then(c => {
Assert.IsTrue(c);
}).AsCoroutine());
yield return(OnFacet <AuthenticationFacet> .Call <string>(
nameof(AuthenticationFacet.Id)
).Then(id => {
Assert.IsNotNull(id);
}).AsCoroutine());
}
public void JwtLoginTest()
{
testConfig.ApiClient = new ApiClient(testConfig.Host);
string privateKey = File.ReadAllText(testConfig.PrivateKeyFilename);
OAuth.OAuthToken tokenInfo = testConfig.ApiClient.ConfigureJwtAuthorizationFlowByKey(testConfig.IntegratorKey, testConfig.UserId, testConfig.OAuthBasePath, privateKey, testConfig.ExpiresInHours);
// the authentication api uses the apiClient (and X-DocuSign-Authentication header) that are set in Configuration object
OAuth.UserInfo userInfo = testConfig.ApiClient.GetUserInfo(tokenInfo.access_token);
Assert.IsNotNull(userInfo);
Assert.IsNotNull(userInfo.GetAccounts());
foreach (var item in userInfo.GetAccounts())
{
if (item.GetIsDefault() == "true")
{
testConfig.AccountId = item.AccountId();
testConfig.ApiClient = new ApiClient(item.GetBaseUri() + "/restapi");
break;
}
}
Assert.IsNotNull(testConfig.AccountId);
}
public void DefaultProjectionIsWgs84Test()
{
Map map = new Map();
Assert.IsNotNull(map.Projection);
Assert.AreEqual(map.Projection, KnownCoordinateSystems.Geographic.World.WGS1984);
}
public void LegacyLoginTest()
{
string authHeader = "{\"Username\":\"" + testConfig.Username + "\", \"Password\":\"" + testConfig.Password + "\", \"IntegratorKey\":\"" + testConfig.IntegratorKey + "\"}";
testConfig.ApiClient = new ApiClient(testConfig.Host);
if (testConfig.ApiClient.Configuration.DefaultHeader.ContainsKey("X-DocuSign-Authentication"))
{
testConfig.ApiClient.Configuration.DefaultHeader.Remove("X-DocuSign-Authentication");
}
testConfig.ApiClient.Configuration.AddDefaultHeader("X-DocuSign-Authentication", authHeader);
// the authentication api uses the apiClient (and X-DocuSign-Authentication header) that are set in Configuration object
AuthenticationApi authApi = new AuthenticationApi(testConfig.ApiClient.Configuration);
LoginInformation loginInfo = authApi.Login();
Assert.IsNotNull(loginInfo);
Assert.IsNotNull(loginInfo.LoginAccounts);
// find the default account for this user
foreach (LoginAccount loginAcct in loginInfo.LoginAccounts)
{
if (loginAcct.IsDefault == "true" || testConfig.AccountId == null)
{
testConfig.AccountId = loginAcct.AccountId;
string[] separatingStrings = { "/v2" };
// Update ApiClient with the new base url from login call
testConfig.ApiClient = new ApiClient(loginAcct.BaseUrl.Split(separatingStrings, StringSplitOptions.RemoveEmptyEntries)[0]);
break;
}
}
Assert.IsNotNull(testConfig.AccountId);
}
public void Constructor_Name_Value()
{
// This function tests a constructor that accepts
// a name and initial value.
vCardProperty property = new vCardProperty("NAME", "VALUE");
Assert.AreEqual(
"NAME",
property.Name,
"The name is incorrect.");
Assert.AreEqual(
"VALUE",
property.Value,
"The value is incorrect.");
Assert.IsNotNull(
property.Subproperties,
"The subproperties collection was not created.");
Assert.IsEmpty(
property.Subproperties,
"The subproperties collection should be empty.");
}
public void JwtCreateEmbeddedSigningViewTest()
{
JwtRequestSignatureOnDocumentTest();
// |EnvelopesApi| contains methods related to creating and sending Envelopes (aka signature requests)
EnvelopesApi envelopesApi = new EnvelopesApi(testConfig.ApiClient.Configuration);
RecipientViewRequest viewOptions = new RecipientViewRequest()
{
ReturnUrl = testConfig.ReturnUrl,
ClientUserId = "1234", // must match clientUserId set in step #2!
AuthenticationMethod = "email",
UserName = testConfig.RecipientName,
Email = testConfig.RecipientEmail
};
// create the recipient view (aka signing URL)
ViewUrl recipientView = envelopesApi.CreateRecipientView(testConfig.AccountId, testConfig.EnvelopeId, viewOptions);
Assert.IsNotNull(recipientView);
// Start the embedded signing session
System.Diagnostics.Process.Start(recipientView.Url);
Assert.IsNotNull(recipientView.Url);
}
protected override void RunTestLog(log4net.ILog log)
{
log4net.GlobalContext.Properties["custom"] = new Custom();
try
{
log.Info("First");
log.Info("Second");
var events = GetEventStrings(log.Logger);
Assert.AreEqual(2, events.Length, "events Count");
var le1 = events.First();
var le2 = events.Last();
Assert.IsNotNull(le1, "loggingevent 1");
Assert.IsNotNull(le2, "loggingevent 2");
Assert.AreEqual(@"{""message"":""First"",""custom"":{""Text"":""Number 0"",""Number"":1}}" + Environment.NewLine, le1, "le1 has structured message");
Assert.AreEqual(@"{""message"":""Second"",""custom"":{""Text"":""Number 2"",""Number"":3}}" + Environment.NewLine, le2, "le2 has structured message");
}
finally
{
log4net.GlobalContext.Properties.Remove("custom");
}
}
protected override void RunTestLog(log4net.ILog log)
{
using (log4net.ThreadContext.Stacks["NDC"].Push("TestLog"))
{
log4net.ThreadContext.Properties["data"] = new { A = 1, B = new { X = "Y" } };
using (log4net.ThreadContext.Stacks["NDC"].Push("sub section"))
{
log.Info("OK");
}
};
var events = GetEventStrings(log.Logger);
Assert.AreEqual(1, events.Length, "events Count");
var le = events.Single();
Assert.IsNotNull(le, "loggingevent");
StringAssert.Contains(@"""data"":{", le, "le2 has structured message");
StringAssert.Contains(@"""X"":""Y""", le, "le2 has structured message");
StringAssert.Contains(@"""A"":1", le, "le2 has structured message");
StringAssert.Contains(@"""TestLog sub section""", le, "le1 has structured message");
StringAssert.DoesNotContain(@"""exception""", le, "le2 has no exception");
}
protected override void RunTestLog(log4net.ILog log)
{
log4net.GlobalContext.Properties["OurCompany.ApplicationName"] = "fubar";
log.Info(4);
var events = GetEventStrings(log.Logger);
Assert.AreEqual(1, events.Length, "events Count");
var le = events.Single();
Assert.IsNotNull(le, "loggingevent");
var procid = Process.GetCurrentProcess().Id;
StringAssert.StartsWith(@"{""OurCompany.ApplicationName"":""fubar""", le, "log line");
StringAssert.Contains(@",""Host"":{", le, "log line");
StringAssert.Contains(@"""ProcessId"":" + procid, le, "log line");
StringAssert.Contains(@"""HostName"":""" + Environment.MachineName + @"""", le, "log line");
StringAssert.Contains(@"""A"":""L-INFO-log4net.Ext.Json.Xunit.Layout.Arrangements.Members""", le, "log line");
StringAssert.Contains(@"""B"":""" + DateTime.Now.Year + @"""", le, "log line");
StringAssert.Contains(@"""App"":""", le, "log line");
// fix #3, do not use member name as a default value
StringAssert.DoesNotContain("empty1", le);
StringAssert.DoesNotContain("empty2", le);
}
public void EmptyCollectionPropertyCollectionResolveStateIsPersistent() {
var relativesAdapter = GetAdaptedRelatives(GetPerson(2));
Assert.IsTrue(relativesAdapter.ResolveState.IsPersistent(), "should be persistent");
// Assert.IsFalse(relativesAdapter.ResolveState.IsResolved(), "should not be resolved");
Assert.IsNotNull(relativesAdapter.Oid, "is null");
Assert.IsInstanceOf(typeof (IAggregateOid), relativesAdapter.Oid, "is not aggregate");
}
protected override void RunTestLog(log4net.ILog log)
{
var appenders = GetAppenders <TestAppender>(log.Logger);
Assert.AreEqual(1, appenders.Length, "appenders Count");
var tapp = appenders.Single();
Assert.IsInstanceOf <SerializedLayout>(tapp.Layout, "layout type");
var layout = ((SerializedLayout)tapp.Layout);
Assert.IsInstanceOf <JsonPatternConverter>(layout.SerializingConverter, "converter type");
var converter = ((JsonPatternConverter)layout.SerializingConverter);
Assert.IsInstanceOf <JsonDotNetRenderer>(converter.Renderer, "renderer type");
var renderer = ((JsonDotNetRenderer)converter.Renderer);
log.Info(new { A = 1, B = new { X = "Y" } });
var events = GetEventStrings(log.Logger);
Assert.AreEqual(1, events.Length, "events Count");
var le = events.Single();
Assert.IsNotNull(le, "loggingevent");
StringAssert.Contains(@"{""message"":{""A"":1,""B"":{""X"":""Y""}}}", le, "le has structured message");
}
public void Resolve_RepeatedEventHookUp_SOC_411()
{
SvnSandBox sbox = new SvnSandBox(this);
Uri projectRoot = new Uri("https://ctf.open.collab.net/svn/repos/sharpsvn/trunk/scripts");
using (var svnClient = NewSvnClient(false, false))
{
for (int i = 0; i < 3; i++)
{
string workingcopy = sbox.GetTempDir();
Directory.CreateDirectory(workingcopy);
svnClient.Authentication.UserNamePasswordHandlers += DoNowt;
try
{
SvnUpdateResult svnUpdateResult;
SvnCheckOutArgs ca = new SvnCheckOutArgs()
{
Depth = SvnDepth.Files
};
Assert.IsTrue(svnClient.CheckOut(projectRoot, workingcopy, ca, out svnUpdateResult));
Assert.IsNotNull(svnUpdateResult);
Assert.IsTrue(svnUpdateResult.HasRevision);
}
finally
{
svnClient.Authentication.UserNamePasswordHandlers -= DoNowt;
}
}
}
}
public void CanAccessCollectionProperty()
{
var relatives = GetPerson(1).Relatives;
Assert.IsNotNull(relatives, "Failed to access collection");
Assert.Greater(relatives.Count, 0, "no items in collection");
}
private void LegacyRequestSignatureOnDocumentTest(string status = "sent")
{
// the document (file) we want signed
const string SignTest1File = @"../../docs/SignTest1.pdf";
// Read a file from disk to use as a document.
byte[] fileBytes = File.ReadAllBytes(SignTest1File);
EnvelopeDefinition envDef = new EnvelopeDefinition();
envDef.EmailSubject = "[DocuSign C# SDK] - Please sign this doc";
// Add a document to the envelope
Document doc = new Document();
doc.DocumentBase64 = System.Convert.ToBase64String(fileBytes);
doc.Name = "TestFile.pdf";
doc.DocumentId = "1";
envDef.Documents = new List <Document>();
envDef.Documents.Add(doc);
// Add a recipient to sign the documeent
Signer signer = new Signer();
signer.Email = testConfig.RecipientEmail;
signer.Name = testConfig.RecipientName;
signer.RecipientId = "1";
signer.ClientUserId = "1234";
// Create a |SignHere| tab somewhere on the document for the recipient to sign
signer.Tabs = new Tabs();
signer.Tabs.SignHereTabs = new List <SignHere>();
SignHere signHere = new SignHere();
signHere.DocumentId = "1";
signHere.PageNumber = "1";
signHere.RecipientId = "1";
signHere.XPosition = "100";
signHere.YPosition = "100";
signHere.ScaleValue = ".5";
signer.Tabs.SignHereTabs.Add(signHere);
envDef.Recipients = new Recipients();
envDef.Recipients.Signers = new List <Signer>();
envDef.Recipients.Signers.Add(signer);
// set envelope status to "sent" to immediately send the signature request
envDef.Status = status;
// |EnvelopesApi| contains methods related to creating and sending Envelopes (aka signature requests)
EnvelopesApi envelopesApi = new EnvelopesApi(testConfig.ApiClient.Configuration);
EnvelopeSummary envelopeSummary = envelopesApi.CreateEnvelope(testConfig.AccountId, envDef);
Assert.IsNotNull(envelopeSummary);
Assert.IsNotNull(envelopeSummary.EnvelopeId);
testConfig.EnvelopeId = envelopeSummary.EnvelopeId;
}
public void Test_GetTotalPrice()
{
//Arrange
Calculate calculate = new Calculate();
List <Product> products = new List <Product>();
var productA = new Product
{
Id = "A",
Price = 50
};
var productE = new Product
{
Id = "A",
Price = 50
};
var productF = new Product
{
Id = "A",
Price = 50
};
var productB = new Product
{
Id = "B",
Price = 30
};
var productC = new Product
{
Id = "C",
Price = 20
};
var productD = new Product
{
Id = "A",
Price = 15
};
products.Add(productA);
products.Add(productE);
products.Add(productF);
products.Add(productB);
products.Add(productC);
products.Add(productD);
int calculatedPrice = 205;
//Act
int totalPrice = calculate.GetTotalPrice(products);
//Assert
Assert.IsNotNull(true);
Assert.AreEqual(totalPrice, calculatedPrice);
}
public void IsTypeOfGeneric()
{
Matcher matcher = Is.TypeOf <Matcher>();
Assert.IsNotNull(matcher);
Assert.IsTrue(typeof(TypeMatcher).IsInstanceOfType(matcher));
Assert.IsTrue(matcher.Matches(matcher));
}
public void tensor_int()
{
var tensor = torch.tensor(new int[] { 1, 2, 3, 4, 5, 6, 7, 8, 9, 0 });
Assert.IsNotNull(tensor.ToString());
Console.WriteLine(tensor);
Assert.AreEqual(new int[] { 1, 2, 3, 4, 5, 6, 7, 8, 9, 0 }, tensor.GetData());
}
void IAction.Invoke(Invocation invocation)
{
if (Previous != null)
{
Assert.IsNotNull(Previous.Received, "called out of order");
}
Received = invocation;
}
public virtual void TestLog()
{
var log = GetLog();
Assert.IsNotNull(log);
RunTestLog(log);
}
public static void NotNull(object value)
{
#if XUNIT
FrameworkAssert.NotNull(value);
#else
FrameworkAssert.IsNotNull(value);
#endif
}
public void GetUsedCardsMethodTest()
{
var cardDeck = MockBuilder.GetDeckOfCards();
GameBoard.GetBoard().SetUsedCards(cardDeck);
Assert.IsNotNull(GameBoard.GetBoard().GetUsedCards());
}
public void CanAccessReferenceProperty()
{
var person1 = GetPerson(1);
var product = person1.FavouriteProduct;
Assert.IsNotNull(product, "Failed to access instance");
Assert.AreEqual("ProductOne", product.Name);
}
public void tensor_jagged_float()
{
var tensor = torch.tensor(new float[, ] {
{ 0.1f, 1.2f }, { 2.2f, 3.1f }, { 4.9f, 5.2f }
});
Assert.IsNotNull(tensor.ToString());
Console.WriteLine(tensor);
}
public void empty()
{
// initialize an array with random integers
var a = np.empty(new Shape(2, 3), np.int32);
Console.WriteLine(a.repr);
Assert.IsNotNull(a.ToString());
// this should print out the exact integers of the array
foreach (var x in a.GetData<int>())
Console.WriteLine(x);
}
public void efficient_array_copy()
{
var a = np.empty(new Shape(2, 3), np.int32);
Console.WriteLine(a.repr);
Assert.IsNotNull(a.ToString());
long ptr = a.PyObject.ctypes.data;
Console.WriteLine("ptr: " + ptr);
var array = new int[] { 1, 2, 3, 4, 5, 6 };
Marshal.Copy(array, 0, new IntPtr(ptr), array.Length);
Console.WriteLine(a.ToString());
}
public void JwtGetEnvelopeInformationTest()
{
JwtRequestSignatureOnDocumentTest();
// |EnvelopesApi| contains methods related to creating and sending Envelopes including status calls
EnvelopesApi envelopesApi = new EnvelopesApi(testConfig.ApiClient.Configuration);
Envelope envInfo = envelopesApi.GetEnvelope(testConfig.AccountId, testConfig.EnvelopeId);
Assert.IsNotNull(envInfo);
Assert.IsNotNull(envInfo.EnvelopeId);
}
public void JwtListRecipientsTest()
{
JwtRequestSignatureOnDocumentTest();
// |EnvelopesApi| contains methods related to envelopes and envelope recipients
EnvelopesApi envelopesApi = new EnvelopesApi(testConfig.ApiClient.Configuration);
Recipients recips = envelopesApi.ListRecipients(testConfig.AccountId, testConfig.EnvelopeId);
Assert.IsNotNull(recips);
Assert.IsNotNull(recips.RecipientCount);
}
public void bycicleListAsync()
{
// Arrange
ByciclesController controller = new ByciclesController();
// Act
IQueryable <Bycicle> result = controller.GetBycicles();
// Assert
Assert.IsNotNull(result);
Assert.AreNotEqual(0, result.ToList().Count);
Assert.IsInstanceOf <Bycicle>(result.ToList()[0]);
}
