public void OpeningAClosedIssue()
{
var issue = FakeIssues.FirstOrDefault(i => i.Status == IssueStatus.Closed);
"Given an existing closed issue".
f(() =>
{
MockIssueStore.Setup(i => i.FindAsync("1")).Returns(Task.FromResult(issue));
MockIssueStore.Setup(i => i.UpdateAsync("1", issue)).Returns(Task.FromResult(""));
});
"When a POST request is made to the issue processor AND the action is 'open'".
f(() =>
{
Request.RequestUri = new Uri(_uriProcessor + "action=open");
Request.Method = HttpMethod.Post;
Response = Client.SendAsync(Request).Result;
});
"Then a '200 OK' status is returned".
f(() => Response.StatusCode.ShouldEqual(HttpStatusCode.OK));
"Then the issue is closed".
f(() =>
{
issue.Status.ShouldEqual(IssueStatus.Open);
MockIssueStore.Verify(i => i.UpdateAsync("1", issue));
});
}
public void UpdatingAnIssue(Issue fakeIssue, string title)
{
"Given an existing issue".
f(() =>
{
fakeIssue = FakeIssues.FirstOrDefault();
title = fakeIssue.Title;
MockIssueStore.Setup(i => i.FindAsync("1")).Returns(Task.FromResult(fakeIssue));
MockIssueStore.Setup(i => i.UpdateAsync(It.IsAny <Issue>())).Returns(Task.FromResult(""));
});
"When a PATCH request is made".
f(() =>
{
dynamic issue = new JObject();
issue.description = "Updated description";
Request.Method = new HttpMethod("PATCH");
Request.RequestUri = _uriIssue1;
Request.Content = new ObjectContent <dynamic>(issue, new JsonMediaTypeFormatter());
Response = Client.SendAsync(Request).Result;
});
"Then a '200 OK' status is returned".
f(() => Response.StatusCode.ShouldEqual(HttpStatusCode.OK));
"Then the issue should be updated".
f(() => MockIssueStore.Verify(i => i.UpdateAsync(It.IsAny <Issue>())));
"Then the descripton should be updated".
f(() => fakeIssue.Description.ShouldEqual("Updated description"));
"Then the title should not change".
f(() => fakeIssue.Title.ShouldEqual(title));
}
public void UpdatingAnIssue()
{
var fakeIssue = FakeIssues.FirstOrDefault();
"Given an existing issue".
f(() =>
{
MockIssueStore.Setup(i => i.FindAsync("1")).Returns(Task.FromResult(fakeIssue));
MockIssueStore.Setup(i => i.UpdateAsync("1", It.IsAny <Object>())).Returns(Task.FromResult(""));
});
"When a PATCH request is made".
f(() =>
{
var issue = new Issue();
issue.Title = "Updated title";
issue.Description = "Updated description";
Request.Method = new HttpMethod("PATCH");
Request.RequestUri = _uriIssue1;
Request.Content = new ObjectContent <Issue>(issue, new JsonMediaTypeFormatter());
Response = Client.SendAsync(Request).Result;
});
"Then a '200 OK' status is returned".
f(() => Response.StatusCode.ShouldEqual(HttpStatusCode.OK));
"Then the issue should be updated".
f(() => MockIssueStore.Verify(i => i.UpdateAsync("1", It.IsAny <JObject>())));
}
public void RetrievingAnOpenIssue()
{
_fakeIssue = FakeIssues.Single(i => i.Status == IssueStatus.Open);
this.Given(x => x.GivenAnExistingIssue("1"), false)
.When(x => x.WhenItIsRetrieved(_uriIssue1), false)
.Then(x => x.ThenItShouldHaveACloseActionLink())
.BDDfy();
}
public void RetrievingAClosedIssue()
{
_fakeIssue = FakeIssues.Single(i => i.Status == IssueStatus.Closed);
this.Given(x => x.GivenAnExistingIssue("2"), "Given an existing closed issue")
.When(x => x.WhenItIsRetrieved(_uriIssue2), false)
.Then(x => x.ThenItShouldHaveAnOpenActionLink())
.BDDfy();
}
public void RetrievingAnIssue()
{
_fakeIssue = FakeIssues.FirstOrDefault();
this.Given(x => x.GivenAnExistingIssue("1"), false)
.When(x => x.WhenItIsRetrieved(_uriIssue1), false)
.Then(x => x.ThenHttpStatusCodeIs(HttpStatusCode.OK), "Then a '200 OK' status is returned")
.And(x => x.AndIssueStateIsReturned())
.And(x => x.WithAnId())
.And(x => x.AndATitle())
.And(x => x.AndADescription())
.And(x => x.AndTheCorrectState())
.And(x => x.AndASelfLink())
.And(x => x.AndATransitionLink())
.BDDfy();
}
public void RetrievingAnIssue(IssueState issue, Issue fakeIssue)
{
"Given an existing issue".
f(() =>
{
fakeIssue = FakeIssues.FirstOrDefault();
MockIssueStore.Setup(i => i.FindAsync("1")).Returns(Task.FromResult(fakeIssue));
});
"When it is retrieved".
f(() =>
{
Request.RequestUri = _uriIssue1;
Response = Client.SendAsync(Request).Result;
issue = Response.Content.ReadAsAsync <IssueState>().Result;
});
"Then a '200 OK' status is returned".
f(() => Response.StatusCode.ShouldEqual(HttpStatusCode.OK));
"Then it is returned".
f(() => issue.ShouldNotBeNull());
"Then it should have an id".
f(() => issue.Id.ShouldEqual(fakeIssue.Id));
"Then it should have a title".
f(() => issue.Title.ShouldEqual(fakeIssue.Title));
"Then it should have a description".
f(() => issue.Description.ShouldEqual(fakeIssue.Description));
"Then it should have a state".
f(() => issue.Status.ShouldEqual(Enum.GetName(typeof(IssueStatus), fakeIssue.Status)));
"Then it should have a 'self' link".
f(() =>
{
var link = issue.Links.FirstOrDefault(l => l.Rel == IssueLinkFactory.Rels.Self);
link.ShouldNotBeNull();
link.Href.AbsoluteUri.ShouldEqual("http://localhost/issue/1");
});
"Then it should have a transition link".
f(() =>
{
var link = issue.Links.FirstOrDefault(l => l.Rel == IssueLinkFactory.Rels.IssueProcessor && l.Action == IssueLinkFactory.Actions.Transition);
link.ShouldNotBeNull();
link.Href.AbsoluteUri.ShouldEqual("http://localhost/issueprocessor/1?action=transition");
});
}
public void DeletingAnIssue(Issue fakeIssue)
{
"Given an existing issue".
f(() =>
{
fakeIssue = FakeIssues.FirstOrDefault();
MockIssueStore.Setup(i => i.FindAsync("1")).Returns(Task.FromResult(fakeIssue));
MockIssueStore.Setup(i => i.DeleteAsync("1")).Returns(Task.FromResult(""));
});
"When a DELETE request is made".
f(() =>
{
Request.RequestUri = _uriIssue;
Request.Method = HttpMethod.Delete;
Response = Client.SendAsync(Request).Result;
});
"Then the issue should be removed".
f(() => MockIssueStore.Verify(i => i.DeleteAsync("1")));
"And a '200 OK status' is returned".
f(() => Response.StatusCode.ShouldEqual(HttpStatusCode.OK));
}
public void RetrievingAClosedIssue(Issue fakeIssue, IssueState issue)
{
"Given an existing closed issue".
f(() =>
{
fakeIssue = FakeIssues.Single(i => i.Status == IssueStatus.Closed);
MockIssueStore.Setup(i => i.FindAsync("2")).Returns(Task.FromResult(fakeIssue));
});
"When it is retrieved".
f(() =>
{
Request.RequestUri = _uriIssue2;
issue = Client.SendAsync(Request).Result.Content.ReadAsAsync <IssueState>().Result;
});
"Then it should have a 'open' action link".
f(() =>
{
var link = issue.Links.FirstOrDefault(l => l.Rel == IssueLinkFactory.Rels.IssueProcessor && l.Action == IssueLinkFactory.Actions.Open);
link.ShouldNotBeNull();
link.Href.AbsoluteUri.ShouldEqual("http://localhost/issueprocessor/2?action=open");
});
}
public void SearchingIssues(IssuesState issuesState)
{
"Given existing issues".
f(() => MockIssueStore.Setup(i => i.FindAsyncQuery("another")).Returns(Task.FromResult(FakeIssues.Where(i => i.Id == "2"))));
"When issues are searched".
f(() =>
{
Request.RequestUri = new Uri(_uriIssues, "?searchtext=another");
Response = Client.SendAsync(Request).Result;
issuesState = Response.Content.ReadAsAsync <IssuesState>().Result;
});
"Then a '200 OK' status is returned".
f(() => Response.StatusCode.ShouldEqual(HttpStatusCode.OK));
"Then the collection should have a 'self' link".
f(() =>
{
var link = issuesState.Links.FirstOrDefault(l => l.Rel == IssueLinkFactory.Rels.Self);
link.ShouldNotBeNull();
link.Href.AbsoluteUri.ShouldEqual("http://localhost/issue?searchtext=another");
});
"Then the matching issues are returned".
f(() =>
{
var issue = issuesState.Issues.FirstOrDefault();
issue.ShouldNotBeNull();
issue.Id.ShouldEqual("2");
});
}
