I am currently developing UWP application that I need to get the celullar carrier's name. I saw posts about it for windows phone 8 and 8.1. They use:
DeviceNetworkInformation.CellularMobileOperator;
But it is depricated now.
Here is what I want for better clarification:
Does anyone knows how to make it work for windows phone 10?
All the help would be greatly appreciated. Thanks in advance.
We can use PhoneLine.NetworkName to get the name of the current network that is being used by the phone line.
To use the Windows.ApplicationModel.Calls namespace, we need add the reference like the following image:
The telephony options and information classes use the CallsPhoneContract. In order to use these classes, you will need to declare the phoneCall capability in your manifest like the following image.
For example:
private async void Button_Click(object sender, RoutedEventArgs e)
{
PhoneCallStore phoneCallStore = await PhoneCallManager.RequestStoreAsync();
Guid lineId = await phoneCallStore.GetDefaultLineAsync();
PhoneLine line = await PhoneLine.FromIdAsync(lineId);
var currentOperatorName = line.NetworkName;
}
An example that demonstrates how to use much of the functionality of the Windows.ApplicationModel.Calls API can be found here.
The UWP does not provide built-in api's for things like Mobile Network and Carrier related information, so MNC, MCC, carrier name etc are not possible to get afaik.
From the documentation thing might help you. I'm not sure, but it stands to reason that some of that information might be hidden there.
Microsoft documentation
Javascript:
var networkInformation = Windows.Networking.Connectivity.NetworkInformation;
C#
public static class NetworkInformation
C++
public ref class NetworkInformation abstract sealed
And you might need to go into one of the submethods provided by this class. Maybe getConnectionProfiles will do what you want
Related
I have been playing with Revit API through pyRevit for quite a while (so, using Python) and I now also need to use C# for some parts of my code.
I am trying to access the VersionNumber property, provided by the Application class. Doing that using pyRevit was quite straightforward, as all I did was
app = __revit__.Application
That's it. I can do it anywhere, it works fine.
Now, I look at C# examples illustrating this (I'm a total C# beginner, by the way), and all examples seem to indicate the same way of proceeding:
UIApplication uiApp = commandData.Application;
Application app = uiApp.Application;
with commandData being an ExternalCommandData object passed as an argument in the Execute method of the class.
My question is: how can I access commandData if I'm not in the Execute method? i.e. if commandData isn't passed as an argument. Can I just instantiate an Application object, just as I did with Python? How?
Thanks a lot,
Arnaud.
Whether you are in a context of Revit's ExternalCommand or not you need access to the UIApplication. You are correct that ExternalCommand provides it via commandData. You can also obtain it from an idling event like so:
private static void OnIdling(object sender, IdlingEventArgs e)
{
var app = (UIApplication)sender;
}
It is also accessible from an ExternalEventHandler `Execute method like so:
public void Execute(UIApplication app)
{
}
I started working with CodedUI few months before to automate a desktop Application(WPF).
Just checking out for the best ways to create a framework for my Application.
As, I have seen in other automation tools, I feel the heart of an automation framework using any tool(UI Based) is the way it's object Repository is created i.e. how well the UI objects are defined. A Cleaner and well defined Object Repository always proves to be very helpful when it comes to updating your tests.
I am trying to discover the best way to store my UIObjects so that in case of any UI changes in my Application, I have to put minimum effort to update my automation test.
Also, If an Object changes in application, updating it only at one place should solve the problem.
This can be any kind of change like :
->change in just a property(This I feel would be very easy to update in automation Test. The best and Easiet way I feel is to simply update the .uitest file(the xml file) if possible.)
->change in hierarchy and position
->entirely new object added
For the 2nd and 3rd changes, updating scripts become a difficult job, esp if the UIObject is being referred at may places, in many TestMethods, or Modules.
Also, I have generally seen that in Test Methods, Variable Declarations are done to create a reference to the UIMap objects and those variables are further used in the TestMethod Code.
So, in this case If the UI of my application changes, I will have to update the variable decalaration in each of the Test Methods. I want to reduce this effort to changing the variable decalaration only at one place. OfCourse, I cannot have all the code inside only one Test Method. One way that came to my mind is as:
Can't I have simply one common place for all these Variable decalarations. We can give a unique and understandable name to each UIObject e.g.: The decalratoions will look like:
UITabPage UITabPage = this.UIMap.UISimWindow.UISelectEquipmentTabList.UITabPage;
WpfRow UIRow = this.UIMap.UISimWindow.UISelectEquipmentTabList.UITabPage.UIEquipmentDetailsTable.UIRow;
WpfText UIEquipmentTagText = this.UIMap.UISimWindow.UISelectEquipmentTabList.UITabPage.UIEquipmentDetailsTable.UIRow.UITagCell.UIEquipmentTagText;
WpfCheckBox UIEquipmentCheckBox = this.UIMap.UISimWindow.UISelectEquipmentTabList.UITabPage.UIEquipmentDetailsTable.UIRow.UICheckBoxCell.UICheckBox;
....
....
and use these variables wherever required. Hence, In case of any chnages also, there will be only one place where you will need to update thse objects.
But for this, These varaibles must be made STATIC. What can be problem with making these Object Variables static?
Please provide your suggestion on this topic. May be what I am thinking is not possible or practical. I just want to choose the best way to start with before I go too far with the automation scripts and realize later that my approach wasn't a good one.
Thanks in Advance,
Shruti
Look into using descriptive programming instead of using the UIMaps.
Make a static class with generic functions to assist. Going to give you some examples of how to set it up.
For example:
public WinWindow parentwin(string ParentControlName)
{
var parentwin = new WinWindow();
parentwin.SearchProperties.Add("Control Name", ParentControlName);
return parentwin;
}
public WinWindow childwin(string ChildWinControlName, string ParentControlName)
{
var childwin = new WinWindow(parentwin(ParentControlName));
childwin.SearchProperties.Add("Control Name", ChildWinControlName);
return childwin;
}
public WinButton button(string ButtonName,string ChildWinControlName, string ParentControlName)
{
var childwin = childwin(ChildWinControlName,ParentControlName);
var button = new WinButton(childwin);
button.SearchProperties.Add("Name", ButtonName);
}
public void ClickButton(string ButtonName,string ChildWinControlName, string ParentControlName)
{
var button = button(ButtonName,ChildWinControlName,ParentControlName);
Mouse.Click(button);
}
public void ChangeFocus(WinWindow NewFocus)
{
var NewFocus = new NewFocus();
NewFocus.SetFocus();
}
public void ChangeFocus(WinWindow NewFocusChild, string c)
{
var a = new NewFocus();
a.SetFocus();
}
ChangeFocus(childwin("WelcomeForm", "MainForm");
ClickButton("&OK", "WelcomeForm", "MainForm");
I haven't seen any examples of how to use the Search Charm in a Universal App.
Usually you wire up the Search Charm using:
SearchPane.GetForCurrentView().QuerySubmitted += new TypedEventHandler<SearchPane, SearchPaneQuerySubmittedEventArgs>(OnQuerySubmitted);
However that doesn't exist in the Shared App.xaml nor does the Windows.ApplicationModel.Search namespace.
Anyone seen how to accomplish this?
I think you just need to override the OnSearchActivated method in App.xaml.cs:
protected override async void OnSearchActivated(SearchActivatedEventArgs args)
{
await LoadApplicationAsync(args.PreviousExecutionState);
// TODO: Handle search query in args
}
LoadApplicationAsync contains the logic which can usually be found in the OnLaunched method.
See my sample project:
https://xp-dev.com/svn/mytoolkit/-%20Samples/SampleWindowsStoreApp/App.xaml.cs
https://xp-dev.com/svn/mytoolkit/-%20Samples/SampleWindowsStoreApp/Views/SearchSamplePage.xaml.cs
I'm trying to create and run a simple JUnitStory to run a .story file.
I have this:
class Scenario1 extends JUnitStory {
#Delegate MySteps steps = new MySteps()
#Override
public Configuration configuration() {
return new MostUsefulConfiguration()
.useStoryLoader(new LoadFromRelativeFile(new File('src/test/groovy').toURL()))
.useStoryReporterBuilder(
new StoryReporterBuilder()
.withDefaultFormats()
.withFormats(Format.HTML, Format.CONSOLE, Format.TXT)
);
}
#Override
public List candidateSteps() {
final candidateSteps = new InstanceStepsFactory(configuration(), this).createCandidateSteps()
return candidateSteps;
}
}
With or without the delegate (copying and pasting in all the annotated methods of MySteps), whenever I run JBehave, I get the following output:
somePattern(){
// PENDING
}
It's like the individual stories don't pick up the steps.
When I create a "Stories" class and pull all the story files in with storyPaths, the individual steps are defined. Using a debugger, I see that candidateSteps is being hit, but it's not pulling in the data it needs to.
What could possibly be going on here?
You don't need to delegate to the Steps. And also you should not override candidateSteps, but rather stepsFactory. In later versions of JBehave, candidateSteps is deprecated, to make that preference for the factory method more prominent ( http://jbehave.org/reference/stable/javadoc/core/org/jbehave/core/ConfigurableEmbedder.html#candidateSteps() )
See this blog, where I explained how the basic JBehave configuration works in more detail:
http://blog.codecentric.de/en/2012/06/jbehave-configuration-tutorial/
Andreas
Here is your answer buddy:
The package of format has Changed.
This is the deprecated
import static org.jbehave.core.reporters.StoryReporterBuilder.Format.HTML;
This is the new one :)
import static org.jbehave.core.reporters.Format.HTML;
Took a while to find the answer, but was hidden on the jbehave documentation
Hope it helps!
Cheers!
You shouldn't need to use the #Delegate - your JUnitStory is not your Steps class. Can you try passing in steps where you have this?
When you pass in a class that has been bytecode manipulated for Steps classes, JBehave may not see the jbehave annotations anymore.
JBehave is old, underdeveloped technology. Don't use it.
Does anyone know if it is possible to do logging in SSIS (SQL Server Integration Services) via log4net? If so, any pointers and pitfalls to be aware of? How's the deployment story?
I know the best solution to my problem is to not use SSIS. The reality is that as much as I hate this POS technology, the company I work with encourages the use of these apps instead of writing code. Meh.
So to answer my own question: it is possible. I'm not sure how our deployment story will be since this will be done in a few weeks from now.
I pretty much took the information from these sources and made it work. This one explains how to make referencing assemblies work with SSIS, click here. TLDR version: place it in the GAC and also copy the dll to the folder of your targetted framework. In my case, C:\WINDOWS\Microsoft.NET\Framework\v2.0.50727. To programmatically configure log4net I ended up using this link as reference.
This is how my logger configuration code looks like for creating a file with the timestamp on it:
using log4net;
using log4net.Config;
using log4net.Layout;
using log4net.Appender;
public class whatever
{
private ILog logger;
public void InitLogger()
{
PatternLayout layout = new PatternLayout("%date [%level] - %message%newline");
FileAppender fileAppenderTrace = new FileAppender();
fileAppenderTrace.Layout = layout;
fileAppenderTrace.AppendToFile = false;
// Insert current date and time to file name
String dateTimeStr = DateTime.Now.ToString("yyyyddMM_hhmm");
fileAppenderTrace.File = string.Format("c:\\{0}{1}", dateTimeStr.Trim() ,".log");
// Configure filter to accept log messages of any level.
log4net.Filter.LevelMatchFilter traceFilter = new log4net.Filter.LevelMatchFilter();
traceFilter.LevelToMatch = log4net.Core.Level.All;
fileAppenderTrace.ClearFilters();
fileAppenderTrace.AddFilter(traceFilter);
fileAppenderTrace.ImmediateFlush = true;
fileAppenderTrace.ActivateOptions();
// Attach appender into hierarchy
log4net.Repository.Hierarchy.Logger root = ((log4net.Repository.Hierarchy.Hierarchy)LogManager.GetRepository()).Root;
root.AddAppender(fileAppenderTrace);
root.Repository.Configured = true;
logger = log4net.LogManager.GetLogger("root");
}
}
Hopefully this might help someone in the future or at least serve as a reference if I ever need to do this again.
Sorry, you didn't dig deep enough. There are 5 different destinations that you can log to, and 7 columns you can choose to include or not include in your logging as well as between 18 to 50 different events that you can capture logging on. You appear to have chosen the default logging, and dismissed it because it didn't work for you out of the box.
Check these two blogs for more information on what can be done with SSIS logging:
http://consultingblogs.emc.com/jamiethomson/archive/2005/06/11/SSIS_3A00_-Custom-Logging-Using-Event-Handlers.aspx
http://www.sqlservercentral.com/blogs/michael_coles/archive/2007/10/09/3012.aspx