public async Task Test_False_UpdateIP()
{
var ip_list = SetDefaultIPList();
var mock = new Mock <IIPsRepository>();
mock.Setup(p => p.GetIPList()).Returns(ip_list);
mock.Setup(p => p.UpdateIPAsync(It.IsAny <IP>())).Callback((IP ip_arg) => {
int index = ip_list.Data.FindIndex(ip => ip.Id == ip_arg.Id);
ip_list.Data[index] = ip_arg;
});
var ip_controller_service = new IPService(mock.Object);
await ip_controller_service.UpdateIPAsync("ca3d03674e2045ef85b824a14a386698", "14.14.14.14/28");
var returned_obj = ip_controller_service.GetIPList();
var expected_ip_list_data = new List <IP>
{
new IP("ca3d03674e2045ef85b824a14a386698", "12.12.12.12/32"),
new IP("38a8e64feb7244da816063d63868f38e", "12.12.12.12/30")
};
var expected_obj = new {
error = false,
data = expected_ip_list_data
};
Assert.False(CompareObjects(returned_obj, expected_obj));
}
public async Task Test_IP_Is_Not_Unique_Exception_UpdateIP()
{
var ip_list = SetDefaultIPList();
var mock = new Mock <IIPsRepository>();
mock.Setup(p => p.GetIPList()).Returns(ip_list);
var ip_controller_service = new IPService(mock.Object);
var returned_obj = await ip_controller_service.UpdateIPAsync("ca3d03674e2045ef85b824a14a386698",
"12.12.12.12/32");
var expected_obj = new {
error = true,
message = "This IP address already exists."
};
Assert.True(CompareObjects(returned_obj, expected_obj));
}
public async Task <JsonResult> UpdateIP(string id, string subnet)
{
return(Json(await _ipService.UpdateIPAsync(id, subnet)));
}