Unipaas developer jobs
The bottom line is: We know that automating tests on mobile which is a hard thing on its own (need to handle detection of unique objects, dynamic events and many more), however the tests we develop, should be relevant to the mobile world and combine mobile world interrupts such as i mentioned above, otherwise we can assure that the application runs OK on the device, but when interrupts starts to show up – we do not cover this at all since we isolated the test platforms from the “world”.Īnother complexity when doing automation for mobile (on top of the variety of platforms to support – iOS, Android etc.), is the “portability” of the developed tests across mobile handsets. Seetest by Experitest) which can allow us to test on multiple devices at the same time using parallel scenario’s etc. We also have tools which act as a private cloud within a closed network (e.g.
Android Emulator in order to simulate an incoming call/SMS, or Roaming, or change of Network as well as change of location (by using the Android DDMs tool with the Location configuration tool), which we can use in our test automation environment. We have the ability these days to use e.g. IMHO, the way to develop robust automation for mobile requires to have a controlled test environment with the right number of mobile handsets per platform, while adding to the “formula” automation which will trigger possible interferences (such as incoming call, incoming SMS/Mail, low battery events, lost of communication, screen orientation change etc.).
#Unipaas developer jobs free
In this blog i would like to highlight few of the problems which an automation team which develops tests for mobile should be aware of in advance.įrom one hand, we want to isolate when developing automation our test environment and make it free of interrupts and noises, this in order to have a consistent and flawless test run without the need to complicate the test scripts etc., however – from the other hand when developing automation (especially for mobile) – we want to actually introduce as many interrupts as possible during the test run since these are most probably some of the issues which a real user will face when running the application we tend to test etc. In previous blogs i shared some of the difficulties in running a mobile project, and few leading cloud based solutions which can be useful in dealing with few of the difficulties i raised. To end this short blog, a tip –> Google also provides a web site developer/s to easily test their web using a free tool and get detailed report with guidelines and check lists –> Go to this link for more info: On top of this there are also good and useful android apps in the market which provides similar capabilities – a strong and useful App which i cam across is the “Logger Collector” which allows to collect ru time logs from the device, and then share it either by mail, BT or other methods.
#Unipaas developer jobs Pc
Same as above – A user which connects his device via ADB to the PC, can still run ADB Logact into a file, and then perform adb pull to the saved log, and bring it from the device to his PC for further analysis. What if we want to get the logs from a running device? So far, we have the Android SDK (Which can be plugged into Eclipse IDE from which users can get more capabilities) with its Emulators, ADB Logcat, DDM – But this is mainly useful for desktop simulators. With the DDM user, can simulate incoming call/SMS, lost of network, roaming, test location-based applications etc. This free utility which you can launch as a batch file from the tools directory, allows the users to perform much more that just view logs. In addition to the Logcat tool, there is a free utility which comes with the SDK called DDM (Dalvik Debug Monitor). In the Emulator you can use the most common debugging utility called Logcat (simply run adb logcat with its various command line options and write the logs to a file in which you can perform searches etc.). – Android Emulator itself allows to easily plug-in several Emulators to simulate real device skins (Motorola Razr, Samsung Galaxy Tab e.g.
In the Android SDK and Emulator we have as of today (Android SDK R18) few tools which can ease our testing activities and provide live data: We want to understand how the processes are handled, if something goes wrong, to get live logs and output to share with the developers, and add to defect reports etc. We all know that when developing a mobile application (In this case, for Android) we need to have runtime live data throughout the testing life-cycle.