DOCSLIB.ORG

Allinea Forge User Guide

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Allinea Forge User Guide Allinea Forge User Guide Version 7.0.1 Allinea Forge 7.0.1 Contents Contents 1 I Allinea Forge 12 1 Introduction 12 1.1 Allinea DDT ........................................ 12 1.2 Allinea MAP ........................................ 13 1.3 Online Resources ...................................... 13 2 Installation 14 2.1 Linux/Unix Installation ................................... 14 2.1.1 Graphical Install .................................. 14 2.1.2 Text-mode Install .................................. 15 2.2 Mac Installation ....................................... 16 2.3 Windows Installation .................................... 16 2.4 Licence Files ........................................ 17 2.5 Workstation and Evaluation Licences ............................ 17 2.6 Supercomputing and Other Floating Licences ....................... 18 2.7 Architecture Licensing ................................... 18 3 Connecting to a Remote System 19 3.1 Remote Connections Dialog ................................ 19 3.2 Remote Launch Settings .................................. 20 3.2.1 Remote Script .................................... 21 3.3 Reverse Connect ...................................... 21 3.3.1 Overview ...................................... 21 3.3.2 Usage ........................................ 22 3.3.3 Connection Details ................................. 22 3.4 Using X Forwarding or VNC ................................ 23 4 Starting 25 II DDT 27 5 Getting Started 27 5.1 Running a Program ..................................... 28 5.1.1 Application ..................................... 28 5.1.2 MPI ......................................... 29 5.1.3 OpenMP ...................................... 29 5.1.4 CUDA ....................................... 29 5.1.5 UPC ......................................... 30 5.1.5.1 GCC UPC ................................ 30 5.1.5.2 Berkeley UPC .............................. 30 5.1.6 Memory Debugging ................................ 30 5.1.7 Environment Variables ............................... 30 5.1.8 Plugins ....................................... 30 5.2 Express Launch ....................................... 31 5.2.1 Run Dialog Box .................................. 32 c 2017 Allinea Software Ltd. 1 Allinea Forge 7.0.1 5.3 remote-exec Required By Some MPIs ......................... 32 5.4 Debugging Single-Process Programs ............................ 33 5.5 Debugging OpenMP Programs ............................... 33 5.6 Manual Launching of Multi-Process Non-MPI programs ................. 35 5.7 Debugging MPMD Programs ................................ 36 5.7.1 Debugging MPMD Programs without Express Launch .............. 36 5.7.2 Debugging MPMD Programs in Compatibility mode ............... 36 5.8 Opening Core Files ..................................... 37 5.9 Attaching To Running Programs .............................. 37 5.9.1 Automatically Detected MPI Jobs ......................... 38 5.9.2 Attaching To A Subset Of An MPI Job ...................... 38 5.9.3 Manual Process Selection ............................. 38 5.9.4 Configuring Attaching to Remote Hosts ...................... 40 5.9.5 Using DDT Command-Line Arguments ...................... 40 5.10 Starting A Job In A Queue ................................. 41 5.11 Using Custom MPI Scripts ................................. 41 5.12 Starting DDT From A Job Script .............................. 44 5.13 Attaching via gdbserver ................................... 44 6 Overview 46 6.1 Saving And Loading Sessions ............................... 46 6.2 Source Code ......................................... 47 6.2.1 Viewing ....................................... 47 6.2.2 Editing ....................................... 47 6.2.3 Rebuilding and Restarting ............................. 48 6.2.4 Committing changes ................................ 48 6.3 Project Files ......................................... 48 6.3.1 Application / External Code ............................ 48 6.4 Finding Lost Source Files .................................. 48 6.5 Finding Code Or Variables ................................. 49 6.5.1 Find Files or Functions ............................... 49 6.5.2 Find ......................................... 49 6.5.3 Find in Files .................................... 50 6.6 Jump To Line / Jump To Function ............................. 50 6.7 Static Analysis ....................................... 51 6.8 Version Control Information ................................ 52 7 Controlling Program Execution 54 7.1 Process Control And Process Groups ............................ 54 7.1.1 Detailed View .................................... 54 7.1.2 Summary View ................................... 55 7.2 Focus Control ........................................ 56 7.2.1 Overview of changing focus ............................ 56 7.2.2 Process Group Viewer ............................... 56 7.2.3 Breakpoints ..................................... 56 7.2.4 Code Viewer .................................... 57 7.2.5 Parallel Stack View ................................. 57 7.2.6 Playing and Stepping ................................ 57 7.2.7 Step Threads Together ............................... 57 7.2.8 Stepping Threads Window ............................. 57 7.3 Hotkeys ........................................... 59 7.4 Starting, Stopping and Restarting a Program ........................ 59 c 2017 Allinea Software Ltd. 2 Allinea Forge 7.0.1 7.5 Stepping Through A Program ................................ 59 7.6 Stop Messages ....................................... 60 7.7 Setting Breakpoints ..................................... 60 7.7.1 Using the Source Code Viewer ........................... 60 7.7.2 Using the Add Breakpoint Window ........................ 60 7.7.3 Pending Breakpoints ................................ 61 7.7.4 Conditional Breakpoints .............................. 62 7.8 Suspending Breakpoints .................................. 62 7.9 Deleting A Breakpoint ................................... 62 7.10 Loading And Saving Breakpoints .............................. 63 7.11 Default Breakpoints ..................................... 63 7.12 Synchronizing Processes .................................. 63 7.13 Setting A Watchpoint .................................... 64 7.14 Tracepoints ......................................... 65 7.14.1 Setting a Tracepoint ................................ 65 7.14.2 Tracepoint Output ................................. 66 7.15 Version Control Breakpoints and Tracepoints ....................... 66 7.16 Examining The Stack Frame ................................ 68 7.17 Align Stacks ......................................... 68 7.18 “Where are my processes?”—Viewing Stacks in Parallel ................. 69 7.18.1 Overview ...................................... 69 7.18.2 The Parallel Stack View in Detail ......................... 69 7.19 Browsing Source Code ................................... 71 7.20 Simultaneously Viewing Multiple Files .......................... 72 7.21 Signal Handling ....................................... 72 7.21.1 Custom Signal Handling (Signal Dispositions) .................. 73 7.21.2 Sending Signals ................................... 73 8 Viewing Variables And Data 74 8.1 Sparklines .......................................... 74 8.2 Current Line ......................................... 74 8.3 Local Variables ....................................... 74 8.4 Arbitrary Expressions And Global Variables ........................ 75 8.4.1 Fortran Intrinsics .................................. 76 8.4.2 Changing the language of an Expression ...................... 76 8.4.3 Macros and #defined Constants .......................... 76 8.5 Help With Fortran Modules ................................. 76 8.6 Viewing Complex Numbers in Fortran ........................... 77 8.7 C++ STL Support ...................................... 78 8.8 Custom Pretty Printers ................................... 78 8.8.1 Example ...................................... 78 8.9 Viewing Array Data ..................................... 79 8.10 UPC Support ........................................ 79 8.11 Changing Data Values .................................... 80 8.12 Viewing Numbers In Different Bases ............................ 80 8.13 Examining Pointers ..................................... 80 8.14 Multi-Dimensional Arrays in the Variable View ...................... 80 8.15 Multi Dimensional Array Viewer (MDA) ......................... 81 8.15.1 Array Expression .................................. 82 8.15.2 Filtering by Value .................................. 83 8.15.3 Distributed Arrays ................................. 83 8.15.4 Advanced: How Arrays Are Laid Out in the Data Table ............. 83 c 2017 Allinea Software Ltd. 3 Allinea Forge 7.0.1 8.15.5 Auto Update .................................... 86 8.15.6 Comparing Elements Across Processes ...................... 86 8.15.7 Statistics ...................................... 86 8.15.8 Export ........................................ 86 8.15.9 Visualization .................................... 87 8.16 Cross-Process and Cross-Thread Comparison ....................... 88 8.17 Assigning MPI Ranks .................................... 89 8.18 Viewing Registers ...................................... 90 8.19 Process Details ....................................... 90 8.20 Disassembler ........................................ 90 8.21 Interacting Directly With The Debugger .........................
Load more

Recommended publications
  • Letter, If Not the Spirit, of One Or the Other Definition
    Producing Open Source Software How to Run a Successful Free Software Project Karl Fogel Producing Open Source Software: How to Run a Successful Free Software Project by Karl Fogel Copyright © 2005-2021 Karl Fogel, under the CreativeCommons Attribution-ShareAlike (4.0) license. Version: 2.3214 Home site: https://producingoss.com/ Dedication This book is dedicated to two dear friends without whom it would not have been possible: Karen Under- hill and Jim Blandy. i Table of Contents Preface ............................................................................................................................. vi Why Write This Book? ............................................................................................... vi Who Should Read This Book? ..................................................................................... vi Sources ................................................................................................................... vii Acknowledgements ................................................................................................... viii For the first edition (2005) ................................................................................ viii For the second edition (2021) .............................................................................. ix Disclaimer .............................................................................................................. xiii 1. Introduction ...................................................................................................................
    [Show full text]
  • Awesome Selfhosted - Software Development - Project Management
    Awesome Selfhosted - Software Development - Project Management Software Development - Project Management See also: awesome-sysadmin/Code Review Bonobo Git Server - Set up your own self hosted git server on IIS for Windows. Manage users and have full control over your repositories with a nice user friendly graphical interface. ( Source Code) MIT C# Fossil - Distributed version control system featuring wiki and bug tracker. BSD-2-Clause- FreeBSD C Goodwork - Self hosted project management and collaboration tool powered by Laravel & VueJS. (Demo, Source Code) MIT PHP Gitblit - Pure Java stack for managing, viewing, and serving Git repositories. (Source Code) Apache-2.0 Java gitbucket - Easily installable GitHub clone powered by Scala. (Source Code) Apache-2.0 Scala/Java Gitea - Community managed fork of Gogs, lightweight code hosting solution. (Demo, Source Code) MIT Go GitLab - Self Hosted Git repository management, code reviews, issue tracking, activity feeds and wikis. (Demo, Source Code) MIT Ruby Gitlist - Web-based git repository browser - GitList allows you to browse repositories using your favorite browser, viewing files under different revisions, commit history and diffs. ( Source Code) BSD-3-Clause PHP Gitolite - Gitolite allows you to setup git hosting on a central server, with fine-grained access control and many more powerful features. (Source Code) GPL-2.0 Perl GitPrep - Portable Github clone. (Demo, Source Code) Artistic-2.0 Perl Git WebUI - Standalone web based user interface for git repositories. Apache-2.0 Python Gogs - Painless self-hosted Git Service written in Go. (Demo, Source Code) MIT Go Kallithea - Source code management system that supports two leading version control systems, Mercurial and Git, with a web interface.
    [Show full text]
  • Collaborative Software Development Using R-Forge
    INVITED SECTION:THE FUTURE OF R 9 Collaborative Software Development Using R-Forge Special invited paper on “The Future of R” Forge, host a project-specific website, and how pack- age maintainers submit a package to the Compre- by Stefan Theußl and Achim Zeileis hensive R Archive Network (CRAN, http://CRAN. R-project.org/). Finally, we summarize recent de- velopments and give a brief outlook to future work. Introduction Open source software (OSS) is typically created in a R-Forge decentralized self-organizing process by a commu- nity of developers having the same or similar inter- R-Forge offers a central platform for the develop- ests (see the famous essay by Raymond, 1999). A ment of R packages, R-related software and other key factor for the success of OSS over the last two projects. decades is the Internet: Developers who rarely meet R-Forge is based on GForge (Copeland et al., face-to-face can employ new means of communica- 2006) which is an open source fork of the 2.61 Source- tion, both for rapidly writing and deploying software Forge code maintained by Tim Perdue, one of the (in the spirit of Linus Torvald’s “release early, release original SourceForge authors. GForge has been mod- often paradigm”). Therefore, many tools emerged ified to provide additional features for the R commu- that assist a collaborative software development pro- nity, namely a CRAN-style repository for hosting de- cess, including in particular tools for source code velopment releases of R packages as well as a quality management (SCM) and version control.
    [Show full text]
  • The Networked Forge: New Environments for Libre Software Development*
    The networked forge: new environments for libre software development* Jesús M. Gonzalez-Barahona, Andrés Martínez, Alvaro Polo, Juan José Hierro, Marcos Reyes and Javier Soriano and Rafael Fernández Abstract Libre (free, open source) software forges (sites hosting the development infrastructure for a collection of projects) have been stable in architecture, services and concept since they become popular during the late 1990s. During this time sev- eral problems that cannot be solved without dramatic design changes have become evident. To overeóme them, we propose a new concept, the "networked forge", fo- cused on addressing the core characteristics of libre software development and the needs of developers. The key of this proposal is to re-engineer forges as a net of dis- tributed components which can be composed and configured according to the needs of users, using a combination of web 2.0, semantic web and mashup technologies. This approach is flexible enough to accommodate different development processes, while at the same time interoperates with current facilities. 1 Introduction The libre (free, open source) software2 development community, considered as a whole, is one of the largest cases of informal, globally distributed, virtual organi- zation oriented to the production of goods. Hundreds of thousands of developers Jesús M. Gonzalez-Barahona GSyC/LibreSoft, Universidad Rey Juan Carlos, e-mail: jgb~at~gsyc . escet. urj c . es Andrés Martínez, Alvaro Polo, Juan José Hierro and Marcos Reyes Telefónica Investigación y Desarrollo Javier Soriano and Rafael Fernández Universidad Politécnica de Madrid * This work has been funded in part by the European Commission, through projects FLOSSMet- rics, FP6-IST-5-033982, and Qualipso, FP6-IST-034763, and by the Spanish Ministry of Industry, through projects Morfeo, FIT-350400-2006-20, and Vulcano, FIT-340503-2006-3 2 In this paper the term "libre software" is used to refer both to "free software" (as defined by the Free Software Foundation) and "open source software" (as defined by the Open Source Initiative).
    [Show full text]
  • Crowdsourcing the Discovery of Software Repositories in an Educational Environment
    Crowdsourcing the Discovery of Software Repositories in an Educational Environment Yuxing Ma Tapajit Dey University of Tennessee University of Tennessee Knoxville, Tennessee Knoxville, Tennessee [email protected] [email protected] Jared M. Smith Nathan Wilder Audris Mockus University of Tennessee University of Tennessee University of Tennessee Knoxville, Tennessee Knoxville, Tennessee Knoxville, Tennessee [email protected] [email protected] [email protected] ABSTRACT vice and a large number of repositories are being hosted on In software repository mining, it's important to have a broad online forges. For example, the number and size of reposi- representation of projects. In particular, it may be of inter- tories hosted on GitHub roughly doubled over the last year. est to know what proportion of projects are public. Dis- A census of public software projects is highly desirable for covering public projects can be easily parallelized but not reasons similar to those of a population census [6]. Discov- so easy to automate due to a variety of data sources. We ering the projects even on a known forge, may be a nontriv- evaluate the research and educational potential of crowd- ial task, however. To accomplish it, we ran an experiment sourcing such research activity in an educational setting. to distribute the data gathering over a group of students Students were instructed on three ways of discovering the in order to provide a practical example of data discovery. projects and assigned a task to discover the list of public Such approach is promising because it has the potential for projects from top 45 forges with each student assigned to faster speed, lower cost, more flexibility, and better diversity, one forge.
    [Show full text]
  • The Rise and Evolution of the Open Source Software Foundation 31
    The Rise and Evolution of the Open Source Software Foundation 31 The Rise and Evolution of the Open Source Software Foundation Paula Hunter,a Stephen Walli,b (a) Executive Director, The Outercurve Foundation: (b) Technical Director, The Outercurve Foundation. DOI: 10.5033/ifosslr.v5i1. 64 Abstract Free and open source software (FOSS) project communities continue to grow and thrive. When such projects reach a certain critical point in their growth, corporations express interest in participating. Corporations have more stringent and robust software intellectual property (IP) management needs, however, and projects are not always up to the task. Neutral non-profit FOSS foundations have proved to be a solution to these problems, providing for the IP management needs of corporations while offering additional business and technical services to the project communities to encourage further growth and adoption. This article reviews how such neutral non-profit organizations have grown to meet the evolving legal, business, and technical needs of FOSS communities and businesses. Keywords Law; information technology; Free and Open Source Software; foundations The growth and global participation in open source software development, aided by inexpensive and pervasive Internet access, has created a community of collaborators on whom software developers and IT professionals depend as a vital element in the software development process. As software intellectual property (IP) practices have matured, free and open source software (FOSS) communities have kept pace. FOSS licensing has evolved over the past thirty years from the more liberal academic do-as-you- will licenses and initial ideas of software freedom to reflect the advancement of the general software landscape and include more complex methods of keeping software free.
    [Show full text]
  • Publishable Final Report
    PROJECT FINAL REPORT Grant Agreement number: 258098 Project acronym: ALERT Project title: Active support and reaL-time coordination based on Event pRocessing in open source software developmenT Funding Scheme: STREP Period covered: from 01/10/10 to 31/03/13 Name of the scientific representative of the project's co-ordinator, Title and Organisation: Ljiljana Stojanovic, Dr., FZI Tel: +49 721 9654 804 Fax: +49 721 9654 805 E-mail: [email protected] Project website address: www.alert-project.eu ALERT Final Report 1. Publishable summary 1.1 Executive Summary In one sentence, ALERT is an open-source solution that helps developers stay focused on building better code. In a bit more detail, ALERT is a research project within the EC FP7 framework that aims to improve coordination, collaboration and bug resolution processes taking advantage from building a project knowledge base in collaborative or distributed environments by providing methods and tools for Software Development Companies, Open Source Communities and Developers as well. ALERT system revolves around 3 different key parts: - A distributed ALERT service system, which is a cloud based system that holds the main architecture and functionality of all ALERT’s components. - A set of “sensors” that are required to proxy between ALERT system and the multiple different data sources and tools that ALERT system uses to collect information from. - User Application that is the main interface where users interact with ALERT system. The project has built a system that enables creating an Interactive Environment with developers that frees developers from accessing multiple tools for one single task.
    [Show full text]
  • IFIP AICT 319, Pp
    Warehousing and Studying Open Source Versioning Metadata Matthew Van Antwerp and Greg Madey University of Notre Dame {mvanantw,gmadey}@cse.nd.edu Abstract. In this paper, we describe the downloading and warehousing of Open Source Software (OSS) versioning metadata from SourceForge, BerliOS Developer, and GNU Savannah. This data enables and supports research in areas such as software engineering, open source phenomena, social network analysis, data mining, and project management. This newly-formed database containing Concurrent Versions System (CVS) and Subversion (SVN) metadata offers new research opportunities for large-scale OSS development analysis. The CVS and SVN data is juxta- posed with the SourceForge.net Research Data Archive [5] for the pur- pose of performing more powerful and interesting queries. We also present an initial statistical analysis of some of the most active projects. 1 Introduction Versioning programs have been in use by open source software projects for many decades. Publicly available logs offer a development trail ripe for individual and comparative studies. In this paper, we describe the downloading and warehousing of such data. We also present some preliminary data analysis. The process is similar to that done in [2] which described an approach to populating a database with version control and bug tracking system data for individual project study. At Notre Dame, Jin Xu also took an individual project approach to retrieving and studying projects on SourceForge [6]. Xu built a similar retrieval framework however for web pages to gather project statistics. 2 SourceForge.net Data Most of SourceForge’s data is stored in a back-end database. The actual source code is stored in a Concurrent Versions System (CVS) or Subversion (SVN) repository.
    [Show full text]
  • Get Comments from Pull Requests Github Api
    Get Comments From Pull Requests Github Api Filled Griswold perm that Indo-Aryan lust elusively and effect pillion. Is Ximenes enfeebling or psoriatic after accompanied Samuel flurries so reputed? Rice overhanging remotely while exarchal Temp readdresses west or communalize faultily. Other commands that also work in other buffers are available here also. And I want to make sure the commit message conveys the changes. PR with either a thumbs up emoji to acknowledge that you made small changes requested and with another comment if you need to explain something. Ask or answer questions with code on. Press the Save as button on the search results page. Learn to code for free. Github website, specify the key name in the Title field, insert the copied key from Plesk to the Key field and press the Add SSH key button. You will be able to enable additional repositories at a later time. Theoretically you may have to loop forever. However if you do i did you pushed upstream repo, github api supports listing commits! APIs as we will be using Danger which gives us an easy way to interact with this data. First, rewinding head to replay your work on top of it Applying: User B added good stuff. No patch releases will be made, even for critical security issues. Manage and list review requests for a pull request. This might be a very esoteric topic for most people, but since I could not find information about this anywhere, I decided to document this in a post. Contents NAME VERSION METHODS comments commits create files get ismerged list of update AUTHOR COPYRIGHT AND LICENSE.
    [Show full text]
  • 2Nd Coding Sprint
    nd 2 Coding Sprint 1. The ideas behind GammaLib and ctools 2. GammaLib and ctools concepts 3. Coding for GammaLib and ctools 4. Current status 5. Goals of this sprint Jürgen Knödlseder (IRAP) 1. The ideas behind GammaLib and ctools Commonalies MeV keV GeV TeV All gamma-ray telescopes measure individual photons as events Events are characterized By 3 fundamental parameters: • Localisaon • Energy • Time consideraon 1: In principle it should be possible to handle events from all gamma-ray telescopes using a common so8ware framework 2nd ctools and gammaliB coding sprint 27-31 January 2014 3 (Jürgen Knödlseder) Commonalies Gamma-ray analysis oQen consists of (maximum likelihood) fing of models to the measured event data consideraon 2: Use maximum likelihood model fing as central element of the analysis framework ExisPng high-energy analysis frameworks share a numBer of common features: • All data are in FITS format (OGIP standard) • Wide usage of IRAF parameter interface (INTEGRAL, SwiQ, Chandra, Fermi, ools, …) • Modular soQware Based on executables doing a simple and well defined joB consideraon 3: Build a toolbox that provides all the bricks that are required to build any kind of analysis executable … is the client that uses the bricks provided by CTA specific generic … to Build a set of analysis executables for CTA (and alike) (Note: from GammaLib you could also build xtools, ytools, ztools, …) 2nd ctools and gammaliB coding sprint 27-31 January 2014 4 (Jürgen Knödlseder) Further considera?ons (definitely Biased By own experience) consideraon
    [Show full text]
  • Open Source Software Development Within DLR Andreas Schreiber
    DLR.de • Chart 1 > ADCSS 2014, ESA ESTEC > A. Schreiber • Open Source Software Development within DLR > 28.10.2014 Open Source Software Development within DLR Andreas Schreiber German Aerospace Center, Simulation and Software Technology, Berlin / Braunschweig / Cologne ADCSS 2014, ESA ESTEC October 28, 2014 DLR.de • Chart 2 > ADCSS 2014, ESA ESTEC > A. Schreiber • Open Source Software Development within DLR > 28.10.2014 Outline • Software at DLR • Software Engineering Strategy • Open Source Strategy • Software Catalogue DLR.de • Chart 3 > ADCSS 2014, ESA ESTEC > A. Schreiber • Open Source Software Development within DLR > 28.10.2014 DLR Research Areas Major research areas of DLR institutes • Aeronautics • Space • Transportation • Energy • Security Software research and development • Simulation and Software Technology division DLR.de • Chart 4 > ADCSS 2014, ESA ESTEC > A. Schreiber • Open Source Software Development within DLR > 28.10.2014 Software at DLR Size and Amount Some numbers… • More than 1200 employees are developing software • More than 100 Million EURO personnel costs per year • DLR is one of Germany largest software developing organization DLR.de • Chart 5 > ADCSS 2014, ESA ESTEC > A. Schreiber • Open Source Software Development within DLR > 28.10.2014 Software at DLR Characteristics • Most software developed at DLR is non-standard software • Often very special and specific requirements • A great many number of software projects • Both, Open Source and proprietary software licenses • Overview of existing software is extremely difficult • Many licensing issues related with Open Source software DLR.de • Chart 6 > ADCSS 2014, ESA ESTEC > A. Schreiber • Open Source Software Development within DLR > 28.10.2014 Software at DLR People Power Equation LP Spool Power Equ.
    [Show full text]
  • CES Open Source Licenses - Verint Speech Analytics Version 2020 R1
    CES Open Source Licenses - Verint Speech Analytics Version 2020 R1 Document Revision 1.01 November 2020 Verint.com Twitter.com/verint Facebook.com/verint Blog.verint.com Table of Contents Open Source Attribution ............................................................................................. 1 Verint. Powering Actionable Intelligence.®................................................................. 4 Unauthorised use, duplication, or modification of this document in whole or in part without the written consent of Verint Systems Inc. is strictly prohibited. By providing this document, Verint Systems Inc. is not making any representations regarding the correctness or completeness of its contents and reserves the right to alter this document at any time without notice. Features listed in this document are subject to change. Contact your Verint representative for current product features and specifications. All marks referenced herein with the ® or TM symbol are registered trademarks or trademarks of Verint Systems Inc. or its subsidiaries. All rights reserved. All other marks are trademarks of their respective owners. © 2018 Verint Systems Inc. All rights reserved worldwide. Open Source Attribution Certain components of this Software or software contained in this Product (collectively, “Software”) may be covered by so-called “free or open source” software licenses (“Open Source Components”), which includes any software licenses approved as open source licenses by the Open Source Initiative or any similar licenses, including without limitation any license that, as a condition of distribution of the Open Source Components licensed, requires that the distributor make the Open Source Components available in source code format. A license in each Open Source Component is provided to you in accordance with the specific license terms specified in their respective license terms.
    [Show full text]