#Statictest

[digilogic-system]

Static Test Bed Facility | Digilogic Systems

Digilogic Systems offers turnkey solutions for evaluating rocket/jet engine performance for Defense and Aerospace. Our solutions include Data Acquisition Systems designed to collect and analyze critical data from engine/motor tests. These Data Acquisition Systems for the test facility come in various types to handle specific data streams.

Various types of Data Acquisition Systems (DAS) include: MAIN DAS-1 MAIN DAS-2 High Bandwidth Data Recorder Real-Time Display DAS Flexi Nozzle Control DAS Temperature DAS-1 Temperature DAS-2 Strain DAS-1 Strain DAS-2 Vibration & Acoustic DAS-1 Vibration & Acoustic DAS-2

The collected data helps engineers to improve engine design, boost performance, and identify issues. With Digilogic's Static test bed facility, the defense and aerospace sectors benefit from advanced data collection and analysis, ensuring optimal engine performance and reliability.

If you would like more information (or) to request a quote, please feel free to contact us. Phone: Hyderabad: (+91) 40 4547 4601 Bengaluru: (+91) 80 4975 6034 Website: https://www.digilogicsystems.com/ Email: info@digilogicsystems.com

Please stay connected with us on our other social media channels for the latest updates!

Facebook: https://www.facebook.com/digilogicsystems LinkedIn: https://www.linkedin.com/company/digilogicsystems/ YouTube: https://www.youtube.com/@digilogicsystems/ Instagram: https://www.instagram.com/digilogic_systems/ Twitter: https://twitter.com/DigilogicSystem

[theqamentor-blog]

Static Testing Services allows us to understand the associated complexities and to ensure high quality of the end-product.

The primary objective of all static testing is to find errors as early as possible in the SDLC and thereby improve the quality of the end-product with the least amount of cost.

https://www.qamentor.com/testing-coverage/non-functional-testing/static-testing/

[testcompass]

Visualization contributes to the understanding of requirements #modelbasedtesting #mbt #testing #modelling #visualization #statictesting #requirements #tool #testcompass

[simplexianpo]

Java : Static introduction

###Static introduction

 Import: indicates which class to look for, which package to look for and which used classes.

There is a language core package in Java: java.lang,

Use the API in java.lang package, and you can find it directly without reference.

However, if the API we use does not belong to the sub-package of java.lang (java.lang.reflect), then we must introduce the API we use into the current Java file.

 ###Grammar:

```

import is introduced into the fully qualified name of the class,such as import java.util.Date

import package.* : Go to which package to find which classes are used

```

At this time, it is not to say that means all the classes/interfaces in the specified package, but refers to the API used in the current file belonging to the package

 If we need to use static members (fields/methods/inner classes) in a certain class, then we have a simpler way to reference them.

 ###Grammar:

```

import static [fully qualified name of the introduced class].[static member];

import static [fully qualified name of the introduced class].*;

```

Code example:

  import static java.lang.System.*;

public class StaticTest {

    public static void main(String[] args) {

        out.print("abc");

    }

}

 Decompiling code:

  import java.io.PrintStream;

public class StaticTest

{

     public static void main(String[] args)

 {

   System.out.print("abc");

 }

}

 Static introduction: It belongs to grammar sugar, which is just for the convenience of programmers.

 Static reference is not recommended in development, because we don't know which class the static member comes from.

[night-finance-site-blog]

public class StaticTest { public static String testString; }

public class StaticTest { public static String getString() { SharePreferences prefs = getSharedPreferences("myprefs", Context.MODE_PRIVATE); return prefs.getString("test"); }; public static String setString(String str) { SharedPreferences prefs = getSharedPreferences("myprefs", Context.MODE_PRIVATE); SharedPreferences.Editor editor = prefs.edit(); editor.putString("test", str); editor.apply(); }; }

public class StaticTest { private static String testString; public void test() { testString = "TEST"; } }

public class StaticTest { private final static String testString = "TEST"; }

[testcompass]

When people talk about testing nowadays, soon it will only be about tools. And mostly about tools for automating the execution of test cases.

But if you focus on automating the test execution, can you still provide insight into the achieved test coverage? Are the executed tests based on the requirements or on the implementation? Are the executed tests still related to the risk level of a performed risk analysis? Is it possible to see the impact on tests after there has been a change in the requirements? Did you performed static testing?

NO?

Why not try 'early Model Based Testing' (eMBT) supported by TestCompass so you can answer YES to all these questions.

Do you want to know more? We are happy to tell you all about it in a free online demo.

#testing #tools #earlyfeedback #eMBT #testcompass #testcoverage #risk #pra #requirements #collaboration #communication #statictesting #demo #shiftleft

https://lnkd.in/gawBDkR

[testcompass]

As we know an important part of software testing is checking whether the SUT is working as described in the requirements. And as is also known, this checking is often automated these days. But if these automated checks are set up without using a structured method to derive test cases from the requirements with the right test coverage, what are we actually checking? 🤫

Recognizable? 💡 'early Model Based Testing' (eMBT) supported by TestCompass can help to shift left, stimulate the communication & collaboration between business and IT and support static testing. Thereafter test cases can be generated fully automatically with the right predefined test coverage criteria.

Check our website for more info or try the free trial 👍

https://lnkd.in/gfAV_Dq

#testcoverage #eMBT #TestCompass #testcase #testcasedesign #tests #checking #RST #communication #collaboration #shiftleft #testautomation #statictest

[testcompass]

Struggling with structure and automate the static test and test case design phase? 'early Model Based Testing' (eMBT) supported by TestCompass can be the right solution for you.

👉 Why not give it a free try?

#softwaretesting #testing #agile #testautomation #automation #cloud #embt #testcompass #statictest #testcase #mbt #earlyfeedback #easytouse

TestCompass, the early based & easy to use Model Based Testing tool (MBT) in the Cloud https://lnkd.in/gawBDkR

[testcompass]

Delivered a talk about early Model Based Testing (eMBT) and a demo of TestCompass to the members of the TQS Practice board from CGI Germany. Thanks for inviting me and organizing Ahmet Büyükyilmaz and Hannes Bade 👍

Also curious about the advantages of eMBT and how TestCompass can support this process in an easy way? Please let us know.

#eMBT #earlytesting #easytouse #mbt #demo #testing #shiftlefttesting #exploratory #sdlc #statictest #requirements

[testcompass]

We're not just product developers but passionate Testers. You too? And curious how TestCompass can optimize and professionalize your test process? Watch the 'TestCompass in a nutshell video' https://lnkd.in/gawBDkR

#Modelbasedtesting #embt #mbt #testing #shiftlefttesting #continuoustesting #statictesting #collaboration #communication

[testcompass]

Already a lot of free trial licenses were activated 👍 Also curious how to shift left your test process with early Model Based Testing? #modelbasedtesting #mbt #embt #freetrial #testcompass #testing #shiftlefttesting #continuoustesting #statictest #easytouse #keepitsimple

https://lnkd.in/gawBDkR

[testcompass]

Did you knew that almost 60% of all software defects can be traced back to the requirements? So why not put more testing energy into getting the requirements error free? TestCompass can help with this #exploratory #mbt #communication #earlybased #launchingsoon #requirements #statictesting #shiftleft

[testcompass]

The idea behind TestCompass is based on many years of practical experience in the field of software testing. TestCompass supports in testing earlier, smarter and faster by using abstract test models which are readable for all team members. This allows clear communication about the requirements in an early stage and with this the static test is performed implicitly. After that, the logical and physical test cases can be automatically generated based on various test coverages, depending on the risk level of the requirement. Speed up your shift-left testing with #TestCompass #shiftleft  #testing #statictesting #communication #earlytesting #easytouse #modelbasedtesting #mbt #testautomation

[testcompass]

Model Based Testing helps you find design and specification bugs even before there is written one single line of code #modelbasedtesting #softwaretesting #bugs #statictesting #continuoustesting #shiftleft #testcompass

[admet-inc]

The Biomedical Sector Should Consider ADMET's eXpert 9000 Series for their Static and Dynamic Torsional Testing

Read the full article

[testcompass]

The test model within TestCompass is easy to make and has a high abstraction level. Therefore the test model can be read and understood by everyone and can be used from the start to find ambiguities, contradictions, open ends, etc. in the requirements. Do you want more info, please let us know. #modelbasedtesting #mbt #earlybased #statictesting #shiftlefttesting #communication