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Universidad Francisco Gavidia Facultad De Ingeniería Y Arquitectura
UNIVERSIDAD FRANCISCO GAVIDIA FACULTAD DE INGENIERÍA Y ARQUITECTURA PROYECTO DE INVESTIGACIÓN: “REMASTERIZACIÓN DE UN SISTEMA OPERATIVO DE LIBRE DISTRIBUCIÓN CON APLICACIONES DE CARÁCTER PEDAGÓGICO PARA SER UTILIZADO EN EL ÁREA DE EDUCACIÓN BÁSICA DEL COLEGIO EVANGÉLICO MISIÓN CENTROAMERICANA (CEMCA)” PRESENTADO POR: CARLOS ALBERTO CASTRO FLORES JOHANNA MYRLENA GUILLEN ASENCIO JAIME JAVIER RIERA BARRAZA PARA OPTAR AL GRADO DE: INGENIERO EN CIENCIAS DE LA COMPUTACIÓN SANTA ANA, EL SALVADOR C.A JUNIO DE 2010. UNIVERSIDAD FRANCISCO GAVIDIA FACULTAD DE INGENIERÍA Y ARQUITECTURA AUTORIDADES ING. MARIO ANTONIO RUIZ RAMÍREZ RECTOR LICDA. TERESA DE JESÚS GONZÁLEZ DE MENDOZA SECRETARIA GENERAL INGRA. ELBA PATRICIA CASTANEDO DE UMAÑA DECANA DE LA FACULTAD DE INGENIERÍA Y ARQUITECTURA ACTA DE APROBACIÓN AGRADECIMIENTOS Esta tesis, si bien ha requerido de esfuerzo y mucha dedicación por parte de los autores, no hubiese sido posible su finalización sin la cooperación desinteresada de todas y cada una de las personas que colaboraron para poder llegar a la cumbre de tan ansiado deseo. En primer lugar queremos agradecer a Dios Todopoderoso, por habernos permitido obtener este triunfo académico, además por la vida, la sabiduría que nos ha regalado y por mostrarnos personas que fueron de gran apoyo. Agradecer a nuestro asesor Ing. Luis Ángel Figueroa Recinos, por brindarnos de su conocimiento y apoyarnos para que de esta manera saliéramos triunfadores. A todas y cada una de las persona que siempre estuvieron pendientes de nosotros y nos brindaron su confianza, amor, comprensión y ayuda. Mil Gracias a todos. “ Por que Jehová da la sabiduría, y de su boca viene el conocimiento y la inteligencia ” Proverbios 2.6 Equipo de Tesis. -
SEED™ Assessment Guide for Family Planning Programming
SEED™ Assessment Guide for Family Planning Programming SEED™ Assessment Guide for Family Planning Programming © 2011 EngenderHealth EngenderHealth 440 Ninth Avenue New York, NY 10001 U.S.A. Telephone: 212-561-8000 Fax: 212-561-8067 e-mail: [email protected] www.engenderhealth.org This publication was made possible through support provided by the F.M. Kirby Foundation. The opinions expressed herein are those of the publisher and do not necessarily reflect the views of the foundation. Cover design, graphic design, and typesetting: Weronika Murray and Tor de Vries Printing: Automated Graphic Systems ISBN 978-1-885063-97-7 Printed in the United States of America. Printed on recycled paper. Suggested citation: EngenderHealth. 2011. The SEED assessment guide for family planning programming. New York. Photo credits: M. Tuschman/EngenderHealth, A. Fiorente/EngenderHealth, C. Svingen/EngenderHealth. ii ContEntS Acknowledgments .................................................................................................................................. iv Acronyms and Abbreviations ................................................................................................................... v Introduction ................................................................................................................................. 2 EngenderHealth’s SEED Programming Model .......................................................................................... 3 How to Use This Assessment Guide........................................................................................................ -
Apoorv Verma Resume
26-A, Goyal Vihar Avenue Khajrana, Indore, Madhya Pradesh APOORV VERMA +91 93408 58955 [email protected] FRONT - END DEVELOPER GitHub, LinkedIn www.apoorvverma.com PROFILE Versatile Developer with hands-on experience on modern development tools & technologies. An active team player having an acquintance with leading talented developers for multiple projects. Consistent participator & organizer in college events like hackathons & competitions. Actively managed various college clubs. Passionate about collaborative web development. PROJECTS EDUCATION E-TRIBAL MARKETPLACE B.TECH (CSE) - (2017-2021) MINOR PROJECT – MAR 2020 SHRI VAISHNAV VIDYAPEETH Purpose: To bridge the increasing gap between Tribals & Civilians by VISHWAVIDYALAYA – Indore, India introducing a marketplace to exchange goods of both parties. Student Coordinator of Microsoft Made Using MERN stack, consising of customer & shopkeeper portals. Campus Club since 2019. Designing Head of the core technical PERSONAL PORTFOLIO WEBSITE team of Spandan 2020. PERSONAL PROJECT – APR 2020 Personal website built to showcase my portfolio & projects. Made with ReactJS Higher Secondary (CBSE) - (2015-2017) & custom animations using SCSS. Made use of GitHub & Instagram APIs for VIDYASAGAR SCHOOL – Indore, India displaying repositories & images. SKILLS SPANDAN 2020’s WEBSITE Frameworks & tools: WEBSITE FOR OUR COLLEGE’S ANNUAL CULTURAL FESTIVAL – FEB 2020 ReactJS, NextJS, TailwindCSS, Designed, built & deployed the website in a span of 8 days displaying all the Material UI, Ant Design, SCSS main attractions & events. Programming/Scripting Languages: HTML 5, Javascript, C, C++ EXPERIENCE Design/Productivity Tools: WEB DEVELOPER INTERN - (JUL 2020 - PRESENT) Adobe Photoshop, Illustrator, DIGITAL PROJEKT - Indore, India Adobe XD, Figma, VirtualBox, Worked on projects incorporating ReactJS & NextJS for front-end Canva development. OS: Designed project wireframes in Adobe XD & Figma. -
Ipv6 a Security Analysis of Tomorrow's Communication Protocol
Die approbierte Originalversion dieser Diplom-/ Masterarbeit ist in der Hauptbibliothek der Tech- nischen Universität Wien aufgestellt und zugänglich. http://www.ub.tuwien.ac.at The approved original version of this diploma or master thesis is available at the main library of the Vienna University of Technology. http://www.ub.tuwien.ac.at/eng IPv6 A security analysis of tomorrow’s communication protocol DIPLOMARBEIT zur Erlangung des akademischen Grades Diplom-Ingenieur im Rahmen des Studiums Software Engineering and Internet Computing eingereicht von Eduard Thamm, BSc. Matrikelnummer 0525087 an der Fakultät für Informatik der Technischen Universität Wien Betreuung: Ao.Univ.Prof. Dipl.-Ing. Dr.techn. Wolfgang Kastner Mitwirkung: Dipl.-Ing. Mag.rer.soc.oec. Dr.techn. Christian Platzer Wien, 10.07.2015 (Unterschrift Verfasser) (Unterschrift Betreuung) Technische Universität Wien A-1040 Wien Karlsplatz 13 Tel. +43-1-58801-0 www.tuwien.ac.at IPv6 A security analysis of tomorrow’s communication protocol MASTER’S THESIS submitted in partial fulfillment of the requirements for the degree of Diplom-Ingenieur in Software Engineering and Internet Computing by Eduard Thamm, BSc. Registration Number 0525087 to the Faculty of Informatics at the Vienna University of Technology Advisor: Ao.Univ.Prof. Dipl.-Ing. Dr.techn. Wolfgang Kastner Assistance: Dipl.-Ing. Mag.rer.soc.oec. Dr.techn. Christian Platzer Vienna, 10.07.2015 (Signature of Author) (Signature of Advisor) Technische Universität Wien A-1040 Wien Karlsplatz 13 Tel. +43-1-58801-0 www.tuwien.ac.at Erklärung zur Verfassung der Arbeit Eduard Thamm, BSc. Neblingergasse 6/2, 1130 Wien Hiermit erkläre ich, dass ich diese Arbeit selbständig verfasst habe, dass ich die verwende- ten Quellen und Hilfsmittel vollständig angegeben habe und dass ich die Stellen der Arbeit - einschließlich Tabellen, Karten und Abbildungen -, die anderen Werken oder dem Internet im Wortlaut oder dem Sinn nach entnommen sind, auf jeden Fall unter Angabe der Quelle als Ent- lehnung kenntlich gemacht habe. -
Seed Modules Reference Manual
Seed Modules Reference Manual May 20, 2009 Seed Modules Reference Manual ii Contents 1 readline module. 1 1.1 API Reference . .1 1.2 Examples . .1 2 SQLite module. 3 2.1 API Reference . .3 2.2 Examples . .3 3 GtkBuilder module. 5 3.1 API Reference . .5 3.2 Examples . .5 4 Sandbox module. 7 4.1 API Reference . .7 4.2 Examples . .7 iii Chapter 1 readline module. Robert Carr 1.1 API Reference The readline module allows for basic usage of the GNU readline library, in Seed. More advanced fea- tures may be added a a later time. In order to use the readline module it must be first imported. readline= imports.readline; readline.readline (prompt) Prompts for one line of input on standard input using prompt as the prompt. prompt A string to use as the readline prompt Returns A string entered on standard input. readline.bind (key, function) Binds key to function causing the function to be invokved when- ever key is pressed key A string specifying the key to bind function The function to invoke when key is pressed readline.done () Indicates that readline should finish the current line, and return from readline- .readline. Can be used in callbacks to implement features like multiline editing readline.buffer() Retrieve the current readline buffer Returns The current readline buffer readline.insert (string) Inserts string in to the current readline buffer string The string to insert 1.2 Examples Below are several examples of using the Seed readline module. For additional resources, consult the examples/ folder of the Seed source 1 CHAPTER 1. -
Introduction to Linux
Presentation to U3A - Linux Introduction 8 June 2019 – Terry Schuster - [email protected] What is Linux? https://en.wikipedia.org/wiki/Linux https://www.iotforall.com/linux-operating-system-iot-devices/ In simple terms, Linux is an operating system which was developed to be a home-built version of UNIX, one of the first operating systems which could be run on different brands of mainframe computers with quite different types of hardware. Linux has developed to the extent that it is the leading operating system on servers and other big iron systems such as mainframe computers, and the only OS used on TOP500 supercomputers (since November 2017, having gradually eliminated all competitors). It is used by around 2.3 percent of desktop computers. The Chromebook, which runs the Linux kernel-based Chrome OS, dominates the US K–12 education market. In the mid 2000’s, Linux was quickly seen as a good building block for smartphones, as it provided an out- of-the-box modern, full-featured Operating System with very good device driver support, and that was considered both scalable for the new generation of devices and had the added benefit of being royalty free. It is now becoming very common in IoT devices, such as smart watches/refrigerators, home controllers, etc. etc. BTW, Tux is a penguin character and the official brand character of the Linux kernel. Originally created as an entry to a Linux logo competition, Tux is the most commonly used icon for Linux, although different Linux distributions depict Tux in various styles. The character is used in many other Linux programs and as a general symbol of Linux. -
KDE Plasma 5
Arvo Mägi KDE Plasma 5 Tallinn, 2017 1 Sissejuhatus KDE töökeskkonnale pani aluse saksa programmeerija Matthias Ettrich 14.10.1996. 2016. a oktoobris sai populaarne KDE seega 20. aastaseks. Hea ülevaate KDE ajaloost annab artikkel „19 Years of KDE History: Step by Step.” KDE 4.14 ilmumisega oli KDE saavutanud kasutusküpsuse, kuid edasine areng kippus takerduma – vaja oli põhimõttelisi uuendusi. Otsustati võtta kasutusele iseseisvatel moodulitel põhinev KDE 5 arhitektuur – Qt/Frameworks. Kõik KDE rakendusprogrammid, sh Plasma 5 töölaud, kasutavad ainult konkreetse rakenduse jaoks vajalikke mooduleid. Varem kasutati kõigi rakenduste jaoks ühist suurt teeki, mis raskendas muudatuste tegemist ja pidurdas arendustööd. Qt on C++ programmeerimiskeskkond. Pikaajalise toega Qt 5.9 LTS ilmus 31. mail 2017. KDE Frameworks on 70 moodulist koosnev komplekt, mis lihtsustab Qt keskkonnas KDE programmide koostamist. Frameworks veaparandused ja täiendused ilmuvad iga kuu. KDE Plasma 5 töölaud põhineb KDE Frameworksil (KF5). Töölaua veaparandused ilmuvad iga kuu, vajadusel mitu korda kuus, uued versioonid kord kvartalis. Plasma 5.8 LTS, mis on pikaajalise toega (18 kuud), ilmus 4.10.2016, veidi enne KDE 20. aastaseks saamist. Plasma 5.10 ilmus 30.05.2017. Järgmine pikaajalise toega Plasma 5.12 ilmub 2018. a jaanuaris. Plasma 5 töölaud on pälvinud palju kiitvaid hinnanguid ja sobib igapäevaseks tööks. Eeldab kaasaegset, mitme tuumaga protsessori ja piisava mäluga (vähemalt 4 GB) arvutit. SSD kettalt töötab välkkiirelt. Töölaud on keskkond rakendusprogrammide käivitamiseks ja kasutamiseks. KF5-le on üle viidud kõik KDE põhirakendused (failihaldur Dolphin, pildinäitaja Gwenview, konsool Konsole, teksti- redaktor Kate, ekraanitõmmise võtja Spectacle, videoredaktor Kdenlive, plaadikirjutaja K3b jt). Need on KDE Applications koosseisus, mille uued versioonid ilmuvad kolm korda aastas, veaparandused kord kuus. -
Apg Zope-Plone3 Zope-Externaleditor 0. Poppler-Utils 0. Apache2.2
deluge-core libmagickcore2 libecpg6 libcvaux-dev libcairo-perl 0.655021834061 0. 0. libisc50 libfindlib-ocaml-dev 0. libparrot1.4.0 libjaxp1.3-java-gcj 0. 0. libgssrpc4 peercast 0. gcj-4.4-jre 0. libxfconf-0-2 0. 0. 0. libbind9-50 deluge-common 0. 0. liblqr-1-0 libecpg-compat3 0. libcv-dev libavahi-common-data libgtk2-perl 0. 1.03092783505 1.5873015873 0. 0. libasm0 2.94117647059 2.40963855422 libacl1 coreutils 0.0842023447114 0. 0.655021834061 0. 0. libplasma-ruby1.8 0. 0. 0. 0. 2.38095238095 libxalan2-java-gcj 0. 0. 0. 0. libfindlib-ocaml 0. librevm0 python-poker-engine 0. peercast-geekast 1.03092783505 0. libxfcegui4-4 0.1941370607650.278515447892 0. libisccc50 0. 0.0971754340503 libparrot-dev parrot 0.0226346763241 0. 0. geoip-database 0. libhighgui-dev 0. libmagickwand2 libpango-perl libpgtypes3 0. gcj-4.4-jdk libgcj10-awt 2.94117647059 libkdb5-4 libkadm5srv6 0. 0. 0. 0. 0.01295672454 libasn1-8-heimdal 0.340676811265 kamera python 1.61290322581 libpoconet8-dbg python-alsaaudio 0. 0. libedfmt0 0. 0. step 1.3314094576 0. 0. libxerces2-java-gcj 0. 0. xfconf ocaml-findlib 3.79746835443 dpkg libattr1 0. peercast-servent 3.75283079909 0. libplasma-ruby gnustep-base-runtime 0.2915263021511.24614678297 libdns50 0. 0. 3.79746835443 apg python-poker-network 0. libdigest-bubblebabble-perl 0. libloader-java-openoffice.org libhx509-4-heimdal libavahi-client3 libavahi-common3 0. libdb4.5 0. libcrypt-openssl-dsa-perl libpococrypto8-dbg 0.3179650238473.05646290247 0. 0. 0. 0. 1.23302944842 2.63157894737 0. kcolorchooser libisccfg50 0. libetrace0 libgcj10-dev 0. marble libkrb5-dev 1.52816947596 parrot-minimal 0. -
Introduction to Fmxlinux Delphi's Firemonkey For
Introduction to FmxLinux Delphi’s FireMonkey for Linux Solution Jim McKeeth Embarcadero Technologies [email protected] Chief Developer Advocate & Engineer For quality purposes, all lines except the presenter are muted IT’S OK TO ASK QUESTIONS! Use the Q&A Panel on the Right This webinar is being recorded for future playback. Recordings will be available on Embarcadero’s YouTube channel Your Presenter: Jim McKeeth Embarcadero Technologies [email protected] | @JimMcKeeth Chief Developer Advocate & Engineer Agenda • Overview • Installation • Supported platforms • PAServer • SDK & Packages • Usage • UI Elements • Samples • Database Access FireDAC • Migrating from Windows VCL • midaconverter.com • 3rd Party Support • Broadway Web Why FMX on Linux? • Education - Save money on Windows licenses • Kiosk or Point of Sale - Single purpose computers with locked down user interfaces • Security - Linux offers more security options • IoT & Industrial Automation - Add user interfaces for integrated systems • Federal Government - Many govt systems require Linux support • Choice - Now you can, so might as well! Delphi for Linux History • 1999 Kylix: aka Delphi for Linux, introduced • It was a port of the IDE to Linux • Linux x86 32-bit compiler • Used the Trolltech QT widget library • 2002 Kylix 3 was the last update to Kylix • 2017 Delphi 10.2 “Tokyo” introduced Delphi for x86 64-bit Linux • IDE runs on Windows, cross compiles to Linux via the PAServer • Designed for server side development - no desktop widget GUI library • 2017 Eugene -
Capítulo Desnudos En La Cama Encendemos El
1.- Capítulo Desnudos en la cama encendemos el portátil... – ...Y el caso es que con cadubi se pueden tunear ciertas "deficiencias" en algunas aplicaciones como es el caso de figlet. $ figlet -w 100 -f big linux es un sistema genial > verdad_como_un_puño.txt Abrir cadubi: ./cadubi Ctrl+r Entrar la ruta al archivo verdad_como_un_puño.txt y mangonearlo al gusto..... O con una imagen (en ascii, claro): $ img2txt -W 50 -f utf8 tux.jpg > tux.txt No intentes abrir tux.txt como texto (gedit, nano...) pues vas a tener una desilusión.... mejor abre cadubi como en el ejemplo anterior y lo destrozas al gusto.... – Se me olvidó abrir vidalia (apt-get...) le dije mientras saltaba del lecho coital y corría hacia el pc de sobremesa. Ella me siguió. – ¿¿Vidaqué?? – Mi pequeña aportación a la justicia universal... Dije en un tono que no dejaba claro si lo de "la justicia universal" me importaba un rábano o era mi frente de lucha. Lo que hace este programita queda claro si abrimos la Configuración de transmisión/Compartiendo en su panel de control: Obviamente, el puerto 9001 del router redirigido al pc desde donde lancemos la aplicación. Si tenemos curiosidad por lo que está pasando en tiempo real por ese puerto: # tcpdump -v -n -i eth0 port 9001 Y si sólo te pica por las ips que entran y salen: # tcpdump -n -i eth0 port 9001 | awk '{print$1,$2,$3}' Nota.- Puede que tengas que ajustar los parámetros a mostrar de awk según la distro usada. Si miramos algunas procedencias de las ips con geoiplookup (apt-get -i geoip- bin)... -
Smarter Balanced Technology Strategy Framework and Testing Device Requirements
The Smarter Balanced Technology Strategy Framework and Testing Device Requirements The Smarter Balanced Technology Strategy Framework and Testing Device Requirements The Smarter Balanced Technology Strategy Framework and Testing Device Requirements Smarter Balanced Assessment Consortium Smarter Balanced is a state-led consortium developing assessments aligned to the Common Core State Standards in English language arts/ literacy and mathematics that are designed to help prepare all students to graduate high school college- and career-ready. Introduction This report presents a framework for collective technology planning among the Smarter Balanced Assessment Consortium member states. The plan emphasizes the critical need for technology to support student learning with the Smarter Balanced Assessment System minimum requirements as context and milestones. The minimum requirements are based on expert judgments regarding instructional technology, district interviews, input and feedback from various national experts, specific guidance and direction from the Smarter Balanced executive team and the Technology Approach Work Group, and an independent review of data collected from the Smarter Balanced Technology Readiness Tool. These data and reviews indicate that the administration of online adaptive assessments, similar to those administered in a number of Smarter Balanced states at this time, can largely be executed with the hardware and infrastructure that exists in schools today. Key strategies for successful implementation of the Smarter Balanced Assessment System will include: • Implementing strategic approaches to testing schedules that leverage the testing window. • Evaluating and addressing any problems with actual bandwidth levels at a given school site (i.e. the pipeline throughout the school, not just the bandwidth to the school). • Ensuring continual basic maintenance and upkeep of existing assets. -
Skyfire: Data-Driven Seed Generation for Fuzzing
Skyfire: Data-Driven Seed Generation for Fuzzing Junjie Wang, Bihuan Chen†, Lei Wei, and Yang Liu Nanyang Technological University, Singapore {wang1043, bhchen, l.wei, yangliu}@ntu.edu.sg †Corresponding Author Abstract—Programs that take highly-structured files as inputs Syntax Semantic normally process inputs in stages: syntax parsing, semantic check- Features Rules ing, and application execution. Deep bugs are often hidden in the <?xml version="1.0" application execution stage, and it is non-trivial to automatically encoding="utf- pass pass pass 8"?><xsl:stylesheet version="1.0" Syntax Semantic Application xmlns:xsl="http://www.w3 .org/1999/XSL/Transform" generate test inputs to trigger them. Mutation-based fuzzing gen- ><xsl:output xsl:use- √ attribute- Parsing Checking Execution erates test inputs by modifying well-formed seed inputs randomly sets=""/></xsl:stylesheet> Parsing Semantic or heuristically. Most inputs are rejected at the early syntax pars- Inputs Crashes ing stage. Differently, generation-based fuzzing generates inputs Errors Violations from a specification (e.g., grammar). They can quickly carry the ! ! X fuzzing beyond the syntax parsing stage. However, most inputs fail to pass the semantic checking (e.g., violating semantic rules), Fig. 1: Stages of Processing Highly-Structured Inputs which restricts their capability of discovering deep bugs. In this paper, we propose a novel data-driven seed generation approach, named Skyfire, which leverages the knowledge in the analysis [8, 9] that identifies those interesting bytes to mutate, vast amount of existing samples to generate well-distributed seed symbolic execution [10, 11, 12] that relies on constraint solving inputs for fuzzing programs that process highly-structured inputs.