Livepics: an EPICS LINUX LIVE CD NAGIOS EQUIPPED M
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Backbox Penetration Testing Never Looked So Lovely
DISTROHOPPER DISTROHOPPER Our pick of the latest releases will whet your appetite for new Linux distributions. Picaros Diego Linux for children. here are a few distributions aimed at children: Doudou springs to mind, Tand there’s also Sugar on a Stick. Both of these are based on the idea that you need to protect children from the complexities of the computer (and protect the computer from the children). Picaros Diego is different. There’s nothing stripped- down or shielded from view. Instead, it’s a normal Linux distro with a brighter, more kid-friendly interface. The desktop wallpaper perhaps best We were too busy playing Secret Mario on Picaros Diego to write a witty or interesting caption. exemplifies this. On one hand, it’s a colourful cartoon image designed to interest young file manager. In the programming category, little young for a system like this, but the it children. Some of the images on the we were slightly disappointed to discover it may well work for children on the upper end landscape are icons for games, and this only had Gambas (a Visual Basic-like of that age range. should encourage children to investigate the language), and not more popular teaching Overall, we like the philosophy of wrapping system rather than just relying on menus. languages like Scratch or a Python IDE. Linux is a child-friendly package, but not On the other hand, it still displays technical However, it’s based on Debian, so you do dumbing it down. Picaros Diego won’t work details such as the CPU usage and the RAM have the full range of software available for every child, but if you have a budding and Swap availability. -
Record Store Day 2020 (GSA) - 18.04.2020 | (Stand: 05.03.2020)
Record Store Day 2020 (GSA) - 18.04.2020 | (Stand: 05.03.2020) Vertrieb Interpret Titel Info Format Inhalt Label Genre Artikelnummer UPC/EAN AT+CH (ja/nein/über wen?) Exclusive Record Store Day version pressed on 7" picture disc! Top song on Billboard's 375Media Ace Of Base The Sign 7" 1 !K7 Pop SI 174427 730003726071 D 1994 Year End Chart. [ENG]Pink heavyweight 180 gram audiophile double vinyl LP. Not previously released on vinyl. 'Nam Myo Ho Ren Ge Kyo' was first released on CD only in 2007 by Ace Fu SPACE AGE 375MEDIA ACID MOTHERS TEMPLE NAM MYO HO REN GE KYO (RSD PINK VINYL) LP 2 PSYDEL 139791 5023693106519 AT: 375 / CH: Irascible Records and now re-mastered by John Rivers at Woodbine Street Studio especially for RECORDINGS vinyl Out of print on vinyl since 1984, FIRST official vinyl reissue since 1984 -Chet Baker (1929 - 1988) was an American jazz trumpeter, actor and vocalist that needs little introduction. This reissue was remastered by Peter Brussee (Herman Brood) and is featuring the original album cover shot by Hans Harzheim (Pharoah Sanders, Coltrane & TIDAL WAVES 375MEDIA BAKER, CHET MR. B LP 1 JAZZ 139267 0752505992549 AT: 375 / CH: Irascible Sun Ra). Also included are the original liner notes from jazz writer Wim Van Eyle and MUSIC two bonus tracks that were not on the original vinyl release. This reissue comes as a deluxe 180g vinyl edition with obi strip_released exclusively for Record Store Day (UK & Europe) 2020. * Record Store Day 2020 Exclusive Release.* Features new artwork* LP pressed on pink vinyl & housed in a gatefold jacket Limited to 500 copies//Last Tango in Paris" is a 1972 film directed by Bernardo Bertolucci, saxplayer Gato Barbieri' did realize the soundtrack. -
Chapter 3. Booting Operating Systems
Chapter 3. Booting Operating Systems Abstract: Chapter 3 provides a complete coverage on operating systems booting. It explains the booting principle and the booting sequence of various kinds of bootable devices. These include booting from floppy disk, hard disk, CDROM and USB drives. Instead of writing a customized booter to boot up only MTX, it shows how to develop booter programs to boot up real operating systems, such as Linux, from a variety of bootable devices. In particular, it shows how to boot up generic Linux bzImage kernels with initial ramdisk support. It is shown that the hard disk and CDROM booters developed in this book are comparable to GRUB and isolinux in performance. In addition, it demonstrates the booter programs by sample systems. 3.1. Booting Booting, which is short for bootstrap, refers to the process of loading an operating system image into computer memory and starting up the operating system. As such, it is the first step to run an operating system. Despite its importance and widespread interests among computer users, the subject of booting is rarely discussed in operating system books. Information on booting are usually scattered and, in most cases, incomplete. A systematic treatment of the booting process has been lacking. The purpose of this chapter is to try to fill this void. In this chapter, we shall discuss the booting principle and show how to write booter programs to boot up real operating systems. As one might expect, the booting process is highly machine dependent. To be more specific, we shall only consider the booting process of Intel x86 based PCs. -
How to Create a Custom Live CD for Secure Remote Incident Handling in the Enterprise
How to Create a Custom Live CD for Secure Remote Incident Handling in the Enterprise Abstract This paper will document a process to create a custom Live CD for secure remote incident handling on Windows and Linux systems. The process will include how to configure SSH for remote access to the Live CD even when running behind a NAT device. The combination of customization and secure remote access will make this process valuable to incident handlers working in enterprise environments with limited remote IT support. Bert Hayes, [email protected] How to Create a Custom Live CD for Remote Incident Handling 2 Table of Contents Abstract ...........................................................................................................................................1 1. Introduction ............................................................................................................................5 2. Making Your Own Customized Debian GNU/Linux Based System........................................7 2.1. The Development Environment ......................................................................................7 2.2. Making Your Dream Incident Handling System...............................................................9 2.3. Hardening the Base Install.............................................................................................11 2.3.1. Managing Root Access with Sudo..........................................................................11 2.4. Randomizing the Handler Password at Boot Time ........................................................12 -
Development of the Software Tools Using Python for Epics-Based Control System T
TPPA16 Proceedings of ICALEPCS07, Knoxville, Tennessee, USA DEVELOPMENT OF THE SOFTWARE TOOLS USING PYTHON FOR EPICS-BASED CONTROL SYSTEM T. T. Nakamura, K. Furukawa, J-I. Odagiri, N. Yamamoto, KEK, Tsukuba, Ibaraki, Japan Abstract Basic functions of CA are get, put, and monitor In the commissioning phase of accelerators, many operations. List 1 shows an example of get operation of application programs are built and modified frequently by Python-CA. Module name of Python-CA is “ca”, which nonexpert programmers. Scripting language such as appears in import statement. Python is suitable for such quick development. Since List 1: Example of Python-CA (get operation) EPICS Channel Access interface library in Python was import ca developed in KEKB accelerator control system, many programs has been written in Python. We have been chan = ca.channel("channel_name") developing, providing some tools and libraries for Python chan.wait_conn() programming. Some of the recent developments in KEK chan.get() are reported, and possible applications are also discussed. ca.pend_event(1.0) value = chan.val INTRODUCTION KEKB is an asymmetric electron-positron collider at 8 Simple-CA library × 3.5 GeV/c, which is dedicated to B-meson physics. Its While Python-CA provides powerful functions of CA operation was started in December 1998. The KEKB client library, most people still feels complexity for CA accelerators control system has been constructed based on programming. List 1 show that even for single get EPICS (Experimental Physics and Industrial Control operation it needs 4 function (or method) calls. System) tool kit [1]. EPICS provides core mechanism for We have also developed Simple-CA library, which is a the distributed control system. -
A Knoppix Based Live CD That Lets a Linux Cluster Ready for MPI and Other Parallel Computing in Less Than 15 Minutes!
A Knoppix based Live CD that lets a Linux Cluster ready for MPI and other Parallel Computing in less than 15 minutes! Abstract ParallelKnoppix is a live CD based on Knoppix, which is also a live CD, based on Debian Linux Distribution. ParallelKnoppix will let us create a linux cluster equipped with parallel programming tools/libraries such as MPI in a couple of minutes. It saves a lot of time that we spend in configuration of the computing environment. The existing environment is not disturbed using ParallelKnoppix, as it is a Live CD. Only on master node a directory is created that can be deleted after reboot if you want. Introduction “ParallelKnoppix is a re-master of Knoppix that allows setting up a cluster of machines for parallel processing using the LAM-MPI and/or MPICH implementations of MPI. Getting the cluster up and running takes less than 15 minutes, if the machines have PXE network cards.” >From http://pareto.uab.es/mcreel/ParallelKnoppix/ Background Clustering is one of the cheapest techniques to achieve Parallelism. Clustering by using linux is one of the linux powers. The universities and organization mimic super computing by connecting PCs through Ethernet Cards under Linux. Since linux is highly adopted by scientific community to do their research work as linux is loaded with a number of scientific tools such as LAM, PI, PVM and many more. So linux is best suited for parallel computing. But the problem is scientist and programmers have a lot to do with some pre-configuration of the linux environment. This makes there task slow and complex. -
OWASP Live CD: an Open Environment for Web Application Security
OWASP Live CD: An open environment for web application security. Matt Tesauro OWASP Live CD project lead OWASP Global Project Committee Texas Education Agency [email protected] Copyright 2007 © The OWASP Foundation Permission is granted to copy, distribute and/or modify this document under the terms of the OWASP License. The OWASP Foundation http://www.owasp.org Presentation Overview Who am I and what's this OWASP Live CD thing anyway? Where are we now? Where are we going? How can I get involved? What else is out there? OWASP 2 About me Varried IT Background Developer, DBA, Sys Admin, Pen Tester, Application Security, CISSP, CEH, RHCE, Linux+ Long history with Linux & Open Source First Linux install ~1998 DBA and Sys Admin was all open source Last full-time commercial OS = Windows 2000 Contributor to many projects, leader of one OWASP 3 Project History Started as a Summer of Code 2008 project SoC Project to update previous OWASP Live CD Autumn of Code 2006 & Spring of Code 2007 Lab Rat (v 2.1) Morphix (Debian derivative) Appeared dormant to me Applied and was sponsored March 25th, 2008 submitted my application Sept. 15th, 2008 completed the SoC project OWASP 4 Project Goals (post SoC) Make application security tools and documentation easily available and easy to use Compliment's OWASP goal to make application security visible Design goals Easy for users to keep updated Easy for project lead to keep updated Easy to produce releases (maybe quarterly) Focused on just application security – not general pen testing OWASP 5 Pseudocode != OWASP -
Giant List of Web Browsers
Giant List of Web Browsers The majority of the world uses a default or big tech browsers but there are many alternatives out there which may be a better choice. Take a look through our list & see if there is something you like the look of. All links open in new windows. Caveat emptor old friend & happy surfing. 1. 32bit https://www.electrasoft.com/32bw.htm 2. 360 Security https://browser.360.cn/se/en.html 3. Avant http://www.avantbrowser.com 4. Avast/SafeZone https://www.avast.com/en-us/secure-browser 5. Basilisk https://www.basilisk-browser.org 6. Bento https://bentobrowser.com 7. Bitty http://www.bitty.com 8. Blisk https://blisk.io 9. Brave https://brave.com 10. BriskBard https://www.briskbard.com 11. Chrome https://www.google.com/chrome 12. Chromium https://www.chromium.org/Home 13. Citrio http://citrio.com 14. Cliqz https://cliqz.com 15. C?c C?c https://coccoc.com 16. Comodo IceDragon https://www.comodo.com/home/browsers-toolbars/icedragon-browser.php 17. Comodo Dragon https://www.comodo.com/home/browsers-toolbars/browser.php 18. Coowon http://coowon.com 19. Crusta https://sourceforge.net/projects/crustabrowser 20. Dillo https://www.dillo.org 21. Dolphin http://dolphin.com 22. Dooble https://textbrowser.github.io/dooble 23. Edge https://www.microsoft.com/en-us/windows/microsoft-edge 24. ELinks http://elinks.or.cz 25. Epic https://www.epicbrowser.com 26. Epiphany https://projects-old.gnome.org/epiphany 27. Falkon https://www.falkon.org 28. Firefox https://www.mozilla.org/en-US/firefox/new 29. -
Benítez Bravo, Rubén; Liu, Xiao; Martín Mor, Adrià, Dir
This is the published version of the article: Benítez Bravo, Rubén; Liu, Xiao; Martín Mor, Adrià, dir. Proyecto de local- ización de Waterfox al catalán y al chino. 2019. 38 p. This version is available at https://ddd.uab.cat/record/203606 under the terms of the license Trabajo de TPD LOCALIZACIÓN DE WATERFOX EN>CA/ZH Ilustración 1. Logo de Waterfox Rubén Benítez Bravo y Xiao Liu 1332396 | 1532305 [email protected] [email protected] Màster de tradumàtica: Tecnologies de la traducció 2018-2019 Índice de contenidos 1. Introducción ........................................................................................ 4 2. Tabla resumen .................................................................................... 5 3. Descripción del proceso de localización ............................................. 6 3.1 ¿Qué es Waterfox? ........................................................................ 6 3.2 ¿Qué uso tiene?............................................................................. 6 3.3 Preparando la traducción ............................................................... 7 4. Análisis de la traducción ................................................................... 11 5. Análisis técnico ................................................................................. 21 6. Fase de testing ................................................................................. 29 7. Conclusiones .................................................................................... 35 8. Bibliografía -
Pure Labview Implementation of EPICS Communication Protocol
Pure LabVIEW Implementation of EPICS Communication Protocol Alexander Zhukov Spallation Neutron Source, ORNL NIWeek 2012 Managed by UT-Battelle for the Department of Energy What is EPICS Experimental Physics and Industrial Control System (EPICS) is a set of Open Source software tools, libraries and applications developed collaboratively and used worldwide to create distributed soft real-time control systems for scientific instruments such as a particle accelerators, telescopes and other large scientific experiments. Major collaborators – ANL – LANL – ORNL (SNS) – SLAC (SSRL, LCLS) – JLAB (CEBAF) – DESY – BESSY – PSI (SLS) – KEK Runs on variety of hardware/OS (Linux, VxWorks, Windows, Mac, RTEMS…) 2 Managed by UT-Battelle for the Department of Energy How EPICS works A network based fully distributed client/server model Client and server use Channel Access (CA) protocol to communicate Everything spins around process variables (PV) – an entity similar to LabVIEW network shared variable – A server (Input Output Controller – IOC) publishes data by updating PVs – PV corresponds to some value (measurement, setting, status etc) – Every PV has unique name – Client has ways to read PVs and update them over network – Client can subscribe to particular PV and monitor its value or state without polling it Standard EPICS server also has records processing mechanism – Control logic is programmed in records definition file – Allows perform routine tasks without explicitly programming in C – In addition to value every record has also status (OK, -
EPICS Application Developer's Guide
1 EPICS Application Developer’s Guide EPICS Base Release 3.15.0.2 17 October 2014 Andrew N. Johnson, Janet B. Anderson, Martin R. Kraimer (Argonne National Laboratory) W. Eric Norum (Lawrence Berkeley National Laboratory) Jeffrey O. Hill (Los Alamos National Laboratory) Ralph Lange, Benjamin Franksen (Helmholtz-Zentrum Berlin) Peter Denison (Diamond Light Source) 2 Contents EPICS Applications Developer’s Guide1 Table of Contents 7 1 Introduction 9 1.1 Overview.................................................9 1.2 Acknowledgments............................................ 11 2 Getting Started 13 2.1 Introduction................................................ 13 2.2 Example IOC Application........................................ 13 2.3 Channel Access Host Example...................................... 15 2.4 iocsh.................................................... 16 2.5 Building IOC components........................................ 16 2.6 makeBaseApp.pl............................................. 19 2.7 vxWorks boot parameters......................................... 22 2.8 RTEMS boot procedure.......................................... 23 3 EPICS Overview 25 3.1 What is EPICS?.............................................. 25 3.2 Basic Attributes.............................................. 26 3.3 IOC Software Components........................................ 26 3.4 Channel Access.............................................. 28 3.5 OPI Tools................................................. 30 3.6 EPICS Core Software.......................................... -
EPICS at Fermilab: Not Just D0 Anymore - Cavities, Cavities, Cavities
EPICS at Fermilab: Not just D0 anymore - Cavities, Cavities, Cavities Geoff Savage for the Dzero and ILCTA controls groups Wed June 14, 2006 EPICS Collaboration Meeting Current EPICS Projects Run II Experiments D0 Controls. ILC Test Accelerator (ILCTA) @ FNAL Cavity testing in three facilities, maybe a fourth Horizontal Test Facility/Coupler conditioning (MDB) Run tests in August 2006 Vertical Test Facility (IB1) Getting started Beam test (NML) using photoinjector currently at A0 Preparing facility - cryo installed at the end of 2007 Other Proton Driver – EPICS only control system Nova – Seriously evaluating EPICS as control system for DAQ. Maybe also for controls itself? 6/14/2006 EPICS Collaboration Mtg 2 D0 Detector Increased luminosity in Run IIb Just finished detector upgrade Silicon layer 0 Enhanced triggering systems Goals for controls Support new field busses Remove 68k processors from system Move to EPICS 3.14.8.2 Controls - all EPICS all the time DAQ controls are independent 6/14/2006 EPICS Collaboration Mtg 3 D0 Controls Two new field buses CANbus driver wrapped in ASYN TPMC816 - dual channel PMC CANbus module Implements limited CANbus feature set Raw ethernet driver in ASYN Linux IOC connected via fiber to remote crate Trying to get to 3.14.8.2 Tested but not deployed Currently using 3.14.6 and 3.13.4 MVME5500 processors Remove remaining 68k processors ~ 25 Some problems - similar experiences? 6/14/2006 EPICS Collaboration Mtg 4 ILCTA Controls Systems ACNET (FNAL) Accelerator Division Drivers/interfaces for FNAL devices already written and in use at Fermilab in ILCTA (HRM) EPICS (ANL) Cryogenics interface for MDB and NML.