Spiratest Remotelaunch Automated Testing Integration Guide
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Practical Example of Tcl Command Design in a Qt/C++ Graphical Application Tony Johnson October 18Th, 2017 Tony [email protected]
Practical Example of Tcl Command Design in a Qt/C++ Graphical Application Tony Johnson October 18th, 2017 [email protected] Abstract Tcl provides excellent support for creating complicated user commands in applications that have correct-by-construction built-in help, support for hidden commands, support for position- independent switches, and more. This paper discusses the technical details for how we created one such command in our Qt-based application. Summary In this paper I will discuss the technical details around the design for the Tcl “wave” command in our Qt-based [1] application. Visualizer is a GUI for displaying and analyzing simulation waveforms. It is driven by the user either via standard GUI operations such as menu selections, button clicks, drag and drop, key accelerators, etc or via commands passed in through a command prompt which is a Tcl shell. Because GUI operations are inherently difficult to automate among other reasons, there was a strong need to have a command for our waveform window that could do everything that could be done via the GUI. Since we already had a Tcl shell in our application, the obvious answer was to create a Tcl command to provide this capability. Luckily Tcl is well suited for implementing such a complex command. Background and Motivation Command-based control of graphical user interface interactions is important for many different reasons. The four key reasons that motivated this work were: Testing; User Control; 3rd Party Access; Save/Restore; and Expandability. Testing Unless you want to retest the GUI operations in your application by hand with every major release, minor release, feature addition and bug fix (trust me, you don’t), then you will want to have some way to create automated tests for GUI interactions. -
Squish Coco 3.3.2 - Copyright ©2015 Froglogic Gmbh CONTENTS
Squish Coco 3.3.2 - Copyright ©2015 froglogic GmbH CONTENTS Contents 1 Introduction 1 1.1 Squish Coco - Code Coverage Tool for Tcl, C# and C/C++ . .1 1.2 CoverageScanner—Instrumentation during the Generation . .2 1.3 CoverageBrowser—View, Analyse, and Manage, Code Coverage Results . .2 I Quick Start and Tutorials 4 2 Synopsis 5 3 Using Squish Coco 6 4 Creating an instrumented project 7 4.1 Installing Squish Coco ..............................................7 4.2 C++ on Microsoft Visual Studio using the Microsoft Visual Studio Add-in . .7 4.3 C# on Microsoft Visual Studio . .8 4.4 Tcl.........................................................9 4.4.1 Using more than one Tcl version on one system . 10 4.5 Command Line Tools . 10 5 Generating Instrumentations Without Modifying Projects 12 5.1 GNU Make . 12 5.2 Microsoft NMake . 12 5.3 Microsoft Visual Studio . 13 5.4 Microsoft MSBuild . 13 5.5 Mono C# XBuild . 13 6 Instrumenting a simple project 14 6.1 UNIX and Apple Mac OS X setup . 14 6.1.1 Setup . 14 6.1.2 Structure of the parser directories . 15 6.1.3 Compiling and testing . 15 6.1.4 Instrumentation . 15 - i - froglogic GmbH CONTENTS 6.1.5 How the project is instrumented . 16 6.1.6 Additional changes . 17 6.2 Microsoft Windows setup . 17 6.2.1 Setup . 17 6.2.2 Structure of the parser directories . 17 6.2.3 Compiling and testing . 18 6.2.4 Instrumentation . 18 6.2.5 How the project is instrumented . 19 6.2.6 Additional changes . -
Analysis of Domain Specific Languages for GUI Testing: Rspec and Cucumber for Sikuli
Journal of Multidisciplinary Engineering Science and Technology (JMEST) ISSN: 3159-0040 Vol. 2 Issue 1, January - 2015 Analysis of Domain Specific Languages for GUI testing: RSpec and Cucumber for Sikuli Ivan Evgrafov, [email protected] Raimund Hocke Roman S. Samarev, [email protected] Head Developer of SikuliX, Elena V. Smirnova, [email protected] [email protected], Nidderau, Germany Bauman Moscow State Technical University, Russia Abstract – This article is devoted to new usage tions. Little languages are small DSLs that do not include of the domain specific languages (DSL) for software many features found in General Purpose Programming with a Graphical User Interfaces (GUI) testing. This languages (GPLs). The testers use the GPPL in case if paper’s authors are a developers of the enhanced there is no time to create special DSL - in case of the short software Sikulix, the product which targeted for the term software project or if they could not find a proper programs with graphical interface testing. They pro- DSL, or if they could not create their own DSL. And they pose it as a functional basis for DSL. The SikuliX is use a domain-specific language (DSL), a computer lan- considering as an environment for domain specific guage specialized to a particular application domain in languages (DSL and DSEL). The results of two spe- such a case [17]. This is in contrast to a general-purpose cialized testing DSL’s estimation are being presented language (GPPL), which is broadly applicable across do- in this paper: the frameworks Rspec which belongs mains, and lacks specialized features for a particular do- to a Domain Specific Embedded Language (DSEL) main. -
Squish for Java Data Sheet
Home: www.froglogic.com E-Mail: [email protected] Evaluation: www.froglogic.com/evaluate ...one leap ahead Squish® for Java® DATA SHEET Functional GUI testing is a vital part of the development and QA process of today©s complex GUI applications. Manually testing the GUI of an application is error-prone, unreliable, unpredictable and slow. Automating this process on the other hand, allows to reliably deliver results quickly, enabling developers to find and fix regressions in nearly no time. This does not only save time but also money. Squish for Java is the most powerful automated GUI testing tool for Java™ Swing/AWT, SWT and Eclipse® Rich Client Platform (RCP) applications. Squish for Java offers dedicated support and tight integration for these GUI toolkits. Using the comfortable Squish IDE, tests are created using Squish©s event recorder. Verification and synchronization points can be easily inserted. Squish allows the user to choose between popular and open scripting languages such as Python, JavaScript, Perl and Tcl for test scripts. Therefore the complete set of language features, in addition to Squish©s test-specific APIs can be used to create powerful and robust tests. Squish for Java recognizes all standard Java GUI controls and offers special support for complex widgets such as tree-, table-, list and menu controls. In addition Squish for Java recognizes custom Java controls. Squish for Java©s mechanism to identify Java GUI widgets is very robust to make sure Squish tests will keep working while the application evolves. Squish for Java provides access to the complete Java API via its test scripting languages and offers access to all objects and properties via the Spy and verification point editor. -
Jumpstart for Squish Datasheet
Jumpstart for Squish Accelerate the Use of Squish Within Your QA Team Your acquisition of froglogic’s Squish® software product Optional Add-ons was the first step in creating a cost effective approach to Depending on your needs and staffing, ICS offers testing your Qt® based applications. The next step is for optional extensions to this program: your team to learn quickly how to use Squish in your en- vironment. ICS has developed Jumpstart for Squish for Extension of Test Infrastructure: ICS recommends organizations that are under tight deadlines and that the test scripts and test results be placed under cannot wait for the natural development of internal configuration management, and that you start with experts. By purchasing the Jumpstart for Squish service, overnight batch runs of your regression tests. As part of ICS experts will educate your team on the best practices this phase, ICS will help you publish the results of your in using Squish and help you get started immediately. nightly test runs on an internal web server for manageri- This Jumpstart will shave off weeks of trial and error and al review of test results. false starts. It is the best way to get started now, and get started right. Development of Initial Smoke Tests: We will work with your team to develop an initial set of smoke tests The Jumpstart for Squish is a 5-day engagement that that can be used immediately to validate the proper includes formal training installation, infrastructure functioning of your application. These initial tests will development, and test creation by ICS experts. -
Froglogic Slidedeck
Behavior Driven Development and Testing of Qt and QML applications Qt Developer Days 2014 by Reginald Stadlbauer About me . Name: Reginald Stadlbauer . Company: froglogic GmbH . Position: co-founder and CEO . Worked as Software Engineer at Trolltech and the KDE project About froglogic . HQ: Hamburg . Founded: 2003 . US presence since 2008 . Product focus on Squish - Squish GUI Tester (Cross-Platform/Cross-Technology GUI Test Automation) - Squish Coco (C, C++ and C# Code Coverage) . More than 3.000 customers world-wide Overview . What is BDD and TDD . Automating a Behavior Driven Test . Live Demo & Conclusion What is BDD / BDT? “BDD is a second-generation, outside-in, pull-based, multiple-stakeholder, multiple-scale, high-automation, agile methodology. It describes a cycle of interactions with well-defined outputs, resulting in the delivery of working, tested software that matters.” - Dan North http://en.wikipedia.org/wiki/Behavior-driven_development OR... What is BDD / BDT? . Based on Test Driven Development - Write (failing) test - Implement feature until test passes - Unit-Test level granularity (inside-out) . But - Focus on application's behavior and specification - Description in a human-readable DSL (e.g. Gherkin) - Less focus on implementation details Versatile usage of Feature Files . User story / feature specification . Communicate with customer / users . Documentation of acceptance test . Sequence to walk through for manual tests . Storyboard for automation of tests Why BDD/BDT . “Test first” development on a higher level . Clearly -
"Selecting Mobile Application Automation Tools"
T23 Class 10/6/2011 3:00 PM "Selecting Mobile Application Automation Tools" Presented by: Pradeep Kumar Govindasamy Cognizant Technology Solutions Brought to you by: 340 Corporate Way, Suite 300, Orange Park, FL 32073 888‐268‐8770 ∙ 904‐278‐0524 ∙ [email protected] ∙ www.sqe.com Pradeep Govindasamy Cognizant Technology Solutions With more than twelve years of experience in the information technology industry, Pradeep Govindasamy currently holds the lead role for the Automation and Mobile Testing Center of Excellence at Cognizant. Pradeep started—and is now the research and development unit lead for—the automation and mobile practices which has more than 1500 experts servicing global customers. Pradeep has spoken on topics of automation, test data management, and tools at conferences worldwide including STARWEST, STAREAST 2011, Swiss Testing Day, HP Universe, and EuroStar. Mobile Testing Selecting Mobile Application Automation Tools Thursday, October 06, 2011 3:00 PM | ©2011, Cognizant 1 | ©2011, Cognizant Agenda Demystifying Mobile Platforms Understanding & Challenges l Introduction Testing Tool selection Criteria o to Understanding Cognizant tools framework Right Automatin the frameworks Mobile class termining n e i D Best 2 | ©2011, Cognizant Mobile Operating Systems Part – 1 Demystifying the Mobile World 3 | ©2011, Cognizant Mobile Platform iPhone OS Android Windows Phone Symbian Blackberry OS Current version 4.3 Current Version 3 Current Version 7 Symbian^4 Current version 6.0 Closed Source Open Source Closed Source Open Source Closed -
Squish Manual I
Squish Manual i Squish Manual Squish Manual ii COLLABORATORS TITLE : Squish Manual ACTION NAME DATE SIGNATURE WRITTEN BY April 10, 2009 REVISION HISTORY NUMBER DATE DESCRIPTION NAME Squish Manual iii Contents 1 Welcome 1 2 Release Notes 2 2.1 Version 3.4.4.....................................................2 2.1.1 General....................................................2 2.1.2 IDE......................................................2 2.1.3 Qt-specific..................................................3 2.1.4 Java-specific.................................................3 2.1.5 Web-specific.................................................3 2.1.6 Tk-specific..................................................3 2.1.7 Source Builds.................................................3 2.2 Version 3.4.3.....................................................4 2.2.1 General....................................................4 2.2.2 IDE......................................................4 2.2.3 Qt-specific..................................................5 2.2.4 Java-specific.................................................5 2.2.5 Web-specific.................................................5 2.2.6 Tk-specific..................................................5 2.2.7 Mac-specific (Cocoa/Carbon edition)....................................6 2.2.8 Source Builds.................................................6 2.3 Version 3.4.2.....................................................6 2.3.1 General....................................................6 2.3.2 Qt-specific..................................................7 -
Snake Wrangling for Kids, Learning to Program with Python by Jason R
Snake Wrangling for Kids, Learning to Program with Python by Jason R. Briggs Version 0.7.7 Copyright c 2007. Published by... ah, no one actually. Cover art and illustrations by Nuthapitol C. Website: http://www.briggs.net.nz/log/writing/snake-wrangling-for-kids Thanks To: Guido van Rossum (for benevelont dictatorship of the Python language), the mem- bers of the Edu-Sig mailing list (for helpful advice and commentary), author David Brin (the original instigator of this book), Michel Weinachter (for providing better quality versions of the illustrations), and various people for providing feedback and errata, including: Paulo J. S. Silva, Tom Pohl, Janet Lathan, Martin Schimmels, and Mike Cariaso (among others). Anyone left off this list, who shouldn’t have been, is en- tirely due to premature senility on the part of the author. License: This work is licensed under the Creative Commons Attribution-Noncommercial- Share Alike 3.0 New Zealand License. To view a copy of this license, visit http://creativecommons.org/licenses/by-nc-sa/3.0/nz/ or send a letter to Creative Commons, 171 Second Street, Suite 300, San Francisco, California, 94105, USA. Below is a summary of the license. You are free: • to Share to copy, distribute and transmit the work • to Remix to adapt the work Under the following conditions: Attribution. You must attribute the work in the manner specified by the author or licensor (but not in any way that suggests that they endorse you or your use of the work). Noncommercial. You may not use this work for commercial purposes. -
Metaprogramming Ruby
Prepared exclusively for Shohei Tanaka What Readers Are Saying About Metaprogramming Ruby Reading this book was like diving into a new world of thinking. I tried a mix of Java and JRuby metaprogramming on a recent project. Using Java alone would now feel like entering a sword fight carrying only a banana, when my opponent is wielding a one-meter-long Samurai blade. Sebastian Hennebrüder Java Consultant and Trainer, laliluna.de This Ruby book fills a gap between language reference manuals and programming cookbooks. Not only does it explain various meta- programming facilities, but it also shows a pragmatic way of making software smaller and better. There’s a caveat, though; when the new knowledge sinks in, programming in more mainstream languages will start feeling like a chore. Jurek Husakowski Software Designer, Philips Applied Technologies Before this book, I’d never found a clear organization and explanation of concepts like the Ruby object model, closures, DSLs definition, and eigenclasses all spiced with real-life examples taken from the gems we usually use every day. This book is definitely worth reading. Carlo Pecchia Software Engineer I’ve had a lot of trouble finding a good way to pick up these meta- programming techniques, and this book is bar none the best way to do it. Paolo Perrotta makes it painless to learn Ruby’s most complex secrets and use them in practical applications. Chris Bunch Software Engineer Prepared exclusively for Shohei Tanaka Metaprogramming Ruby Program Like the Ruby Pros Paolo Perrotta The Pragmatic Bookshelf Raleigh, North Carolina Dallas, Texas Prepared exclusively for Shohei Tanaka Many of the designations used by manufacturers and sellers to distinguish their prod- ucts are claimed as trademarks. -
BTS Technology Standards Directory
BTS Technology Standards Directory Technology Standards Directory City of Portland, Oregon Bureau of Technology Services Summer 2021 Adopted September 14, 2021 Updated September 20, 2021 BTS Infrastructure Board Page 1 Summer 2021 Adopted 9/14/2021 V1.1 9/20/2021 BTS Technology Standards Directory Table of Contents 37. Operational Support Tools .................... 47 Introduction .............................................. 4 38. Project Management Tools ................... 49 Standards ...................................................... 4 39. Radio / Ham Radio ................................ 50 Security .......................................................... 4 40. Server Base Software ........................... 50 Exception to Standards.................................. 5 41. Source Code Control System ............... 51 Standard Classification .................................. 5 42. Telecommunications ............................. 51 Support Model ............................................... 6 43. Web Tools ............................................. 52 Energy Efficiency ........................................... 8 44. Workstation Software ............................ 53 BTS Standard Owner ..................................... 8 BTS Standards Setting Process .................... 9 Security Technology Standards ............56 ADA Assistive Technologies ........................ 10 45. Authentication ....................................... 56 46. Encryption ............................................. 56 Hardware Standards -
Web Performance Testing: Methodologies, Tools and Challenges
International Journal of Scientific Engineering and Research (IJSER) www.ijser.in ISSN (Online): 2347‐3878 Volume 2 Issue 1, January 2014 Web Performance Testing: Methodologies, Tools and Challenges Vinayak Hegde1, Pallavi M S2 1Assistant .Professor, Dept. of Computer Science, Amrita Vishwa Vidyapeetham, Mysore Campus, India 2Lecturer, Department of Computer Science, Amrita Vishwa Vidyapeetham, Mysore Campus, India Abstract: The Internet is gently becoming the essential requirement for the business world, with web applications as the brains. This means that software faults in web applications have potentially disastrous consequences. Most work on web applications has been on making them more powerful, but relatively little has been done to ensure their quality. Important quality attributes for web applications include reliability, availability, interoperability and security. Web Performance testing is a type of testing intended to determine the responsiveness, reliability, throughput, interoperability and scalability of a system and /or application under a given workload. It could also be defined as a process of determining the speed or effectiveness of a computer, network, software application or device. Testing can be conducted on software applications, system resources, targeted application components, databases and a whole lot more. It normally involves an automated test suite as this allows for easy, repeatable simultaneous a variety of normal peak and exceptional load conditions. Such forms of testing help verify whether a system or application meets the specifications claimed by its vendor. This paper emphasis on methodology of performance testing and explains about various diagnostic tools to implement testing to overcome from single point of failure. This paper also explains about challenges of web performance testing and helps for one who takes up further research activity.