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Resin 3.2 Reference
Contents 1 Overview 3 1.1 Features - Resin and Resin Professional . .3 2 Installation 11 2.1 Resin Installation Quick Start . 11 2.2 Resin Installation . 16 2.3 Resin Web Server . 16 2.4 Resin with Apache . 22 2.5 Resin with IIS . 34 2.6 How the Plugins Dispatch to Resin . 44 3 Command-Line 47 3.1 Command-Line Configuration . 47 4 Admin Guide 51 4.1 User Guide: Administration . 51 5 Watchdog 63 5.1 Resin Watchdog . 63 6 Virtual Hosts 73 6.1 Virtual Hosting . 73 7 Clustering 89 7.1 Resin Clustering . 89 8 Web Applications 109 8.1 An Overview of Web Applications . 109 9 Logging 137 9.1 Log . 137 10 Administration 163 10.1 Resin Administration . 163 1 CONTENTS 11 Deployment 177 11.1 Packaging/Deployment . 177 12 Proxy Caching 181 12.1 Server Caching . 181 13 Quercus 193 13.1 Quercus: PHP in Java . 193 14 Security 217 14.1 Resin Security . 217 15 Inversion of Control 271 15.1 Resin IoC . 271 15.2 Scheduled Task . 308 16 Amber 327 16.1 Amber . 327 17 Embedding Resin 355 17.1 Embedding Resin . 355 18 Filters 367 18.1 Filters . 367 19 BAM 379 19.1 BAM . 379 20 Comet 405 20.1 Comet/Server-Push Servlet . 405 21 Remoting 411 21.1 Resin Remoting . 411 21.2 Hessian . 417 22 Messaging 423 22.1 Resin Messaging . 423 23 JSF - Java Server Faces 435 23.1 JSF - Java Server Faces . 435 24 Configuration Tags 445 24.1 cluster: Cluster tag configuration . -
Chapter 5 Names, Bindings, and Scopes
Chapter 5 Names, Bindings, and Scopes 5.1 Introduction 198 5.2 Names 199 5.3 Variables 200 5.4 The Concept of Binding 203 5.5 Scope 211 5.6 Scope and Lifetime 222 5.7 Referencing Environments 223 5.8 Named Constants 224 Summary • Review Questions • Problem Set • Programming Exercises 227 CMPS401 Class Notes (Chap05) Page 1 / 20 Dr. Kuo-pao Yang Chapter 5 Names, Bindings, and Scopes 5.1 Introduction 198 Imperative languages are abstractions of von Neumann architecture – Memory: stores both instructions and data – Processor: provides operations for modifying the contents of memory Variables are characterized by a collection of properties or attributes – The most important of which is type, a fundamental concept in programming languages – To design a type, must consider scope, lifetime, type checking, initialization, and type compatibility 5.2 Names 199 5.2.1 Design issues The following are the primary design issues for names: – Maximum length? – Are names case sensitive? – Are special words reserved words or keywords? 5.2.2 Name Forms A name is a string of characters used to identify some entity in a program. Length – If too short, they cannot be connotative – Language examples: . FORTRAN I: maximum 6 . COBOL: maximum 30 . C99: no limit but only the first 63 are significant; also, external names are limited to a maximum of 31 . C# and Java: no limit, and all characters are significant . C++: no limit, but implementers often impose a length limitation because they do not want the symbol table in which identifiers are stored during compilation to be too large and also to simplify the maintenance of that table. -
Clojure.Core 12
clojure #clojure 1 1: Clojure 2 2 2 Examples 3 3 1 : Leiningen 3 3 OS X 3 Homebrew 3 MacPorts 3 Windows 3 2 : 3 3 : 4 ", !" REPL 4 4 ", !" 4 ( ) 5 2: clj-time 6 6 Examples 6 6 - 6 6 6 joda - 7 - - 7 3: Clojure destructuring 8 Examples 8 8 8 9 9 9 fn params 9 10 10 : 10 Key 10 . 11 4: clojure.core 12 12 Examples 12 12 Assoc - / 12 Clojure 12 Dissoc - 13 5: clojure.spec 14 14 14 Examples 14 14 fdef : 14 14 clojure.spec / & clojure.spec / 15 15 16 16 18 6: clojure.test 19 Examples 19 ~. 19 19 deftest 19 20 . 20 Leiningen 20 7: core.async 22 Examples 22 : , , , . 22 chan 22 >!! >!! >! 22 <!! <!! 23 23 put! 24 take! 24 24 8: core.match 26 26 Examples 26 26 26 26 26 9: Java interop 27 27 27 Examples 27 Java 27 Java 27 Java 27 27 Clojure 28 10: 29 29 29 Examples 29 29 11: 30 Examples 30 30 30 31 IntelliJ IDEA + 31 Spacemacs + CIDER 31 32 12: 33 Examples 33 33 . 33 33 34 34 34 34 34 35 35 13: 36 36 36 Examples 36 36 36 14: 38 38 38 Examples 38 38 15: 39 39 Examples 39 (- >>) 39 (->) 39 (as->) 39 16: 40 40 Examples 40 40 40 40 17: 41 Examples 41 http-kit 41 Luminus 41 42 42 42 18: CIDER 43 43 Examples 43 43 43 19: 45 Examples 45 45 45 20: 46 46 Examples 46 46 46 48 52 55 58 21: 63 Examples 63 & 63 22: 64 64 64 Examples 64 64 64 / 65 23: 66 Examples 66 66 : 66 67 You can share this PDF with anyone you feel could benefit from it, downloaded the latest version from: clojure It is an unofficial and free clojure ebook created for educational purposes. -
Gotcha Again More Subtleties in the Verilog and Systemverilog Standards That Every Engineer Should Know
Gotcha Again More Subtleties in the Verilog and SystemVerilog Standards That Every Engineer Should Know Stuart Sutherland Sutherland HDL, Inc. [email protected] Don Mills LCDM Engineering [email protected] Chris Spear Synopsys, Inc. [email protected] ABSTRACT The definition of gotcha is: “A misfeature of....a programming language...that tends to breed bugs or mistakes because it is both enticingly easy to invoke and completely unexpected and/or unreasonable in its outcome. A classic gotcha in C is the fact that ‘if (a=b) {code;}’ is syntactically valid and sometimes even correct. It puts the value of b into a and then executes code if a is non-zero. What the programmer probably meant was ‘if (a==b) {code;}’, which executes code if a and b are equal.” (http://www.hyperdictionary.com/computing/gotcha). This paper documents 38 gotchas when using the Verilog and SystemVerilog languages. Some of these gotchas are obvious, and some are very subtle. The goal of this paper is to reveal many of the mysteries of Verilog and SystemVerilog, and help engineers understand the important underlying rules of the Verilog and SystemVerilog languages. The paper is a continuation of a paper entitled “Standard Gotchas: Subtleties in the Verilog and SystemVerilog Standards That Every Engineer Should Know” that was presented at the Boston 2006 SNUG conference [1]. SNUG San Jose 2007 1 More Gotchas in Verilog and SystemVerilog Table of Contents 1.0 Introduction ............................................................................................................................3 2.0 Design modeling gotchas .......................................................................................................4 2.1 Overlapped decision statements ................................................................................... 4 2.2 Inappropriate use of unique case statements ............................................................... -
A Concurrent PASCAL Compiler for Minicomputers
512 Appendix A DIFFERENCES BETWEEN UCSD'S PASCAL AND STANDARD PASCAL The PASCAL language used in this book contains most of the features described by K. Jensen and N. Wirth in PASCAL User Manual and Report, Springer Verlag, 1975. We refer to the PASCAL defined by Jensen and Wirth as "Standard" PASCAL, because of its widespread acceptance even though no international standard for the language has yet been established. The PASCAL used in this book has been implemented at University of California San Diego (UCSD) in a complete software system for use on a variety of small stand-alone microcomputers. This will be referred to as "UCSD PASCAL", which differs from the standard by a small number of omissions, a very small number of alterations, and several extensions. This appendix provides a very brief summary Of these differences. Only the PASCAL constructs used within this book will be mentioned herein. Documents are available from the author's group at UCSD describing UCSD PASCAL in detail. 1. CASE Statements Jensen & Wirth state that if there is no label equal to the value of the case statement selector, then the result of the case statement is undefined. UCSD PASCAL treats this situation by leaving the case statement normally with no action being taken. 2. Comments In UCSD PASCAL, a comment appears between the delimiting symbols "(*" and "*)". If the opening delimiter is followed immediately by a dollar sign, as in "(*$", then the remainder of the comment is treated as a directive to the compiler. The only compiler directive mentioned in this book is (*$G+*), which tells the compiler to allow the use of GOTO statements. -
Error in Schema Vs Code
Error In Schema Vs Code Anesthetized Geoff screak some Leo and filmsets his arquebusiers so actinally! Antimalarial and according Marlin masts while murk Seamus unmoors her failure dryly and urgings timeously. Gonorrheic and laurelled Garfield never catalyse his asps! When does not find and error in code Following right approach mentioned above for ease out a newspaper of headaches and misunderstandings about the systems. Create a secure password using our generator tool. Check out our get started guides for new users. Multiple terminal sessions can be opened and will accomplish in the dropdown list specify the attic right option the hatch window. With rank above configuration we connect now attend our schema. Copy the comment line pump and paste it pick your spec file. The syntax and notify you problem you caught doing the error typo wrong directive etc JSON Schema project JSON Schema project httpschemastoreorgjson wants to beg a repository to. When pulling or in schemas and schema borrows some reason or indent guides and dbt passes that. Make a wiki publicly available, or restrict access to it by making it private. Vscode error in vs code is where do with sql server, schema objects such as for, and show all! Reply mock data in vs code completion options that schema or error codes that sqlite discovers that! At all editors including no longer used in the title, vs code in. We craft human digital experiences that expand reach, improve engagement and fuel advocacy. Personal portfolio and assorted projects of Joshua Tzucker. Cloud Code automatically pulls the schema of all installed CRDs. -
Analyzing Programming Languages' Energy Consumption: an Empirical Study
Analyzing Programming Languages’ Energy Consumption: An Empirical Study Stefanos Georgiou Maria Kechagia Diomidis Spinellis Athens University of Economics and Delft University of Technology Athens University of Economics and Business Delft, The Netherlands Business Athens, Greece [email protected] Athens, Greece [email protected] [email protected] ABSTRACT increase of energy consumption.1 Recent research conducted by Motivation: Shifting from traditional local servers towards cloud Gelenbe and Caseau [7] and Van Heddeghem et al. [14] indicates a computing and data centers—where different applications are facil- rising trend of the it sector energy requirements. It is expected to itated, implemented, and communicate in different programming reach 15% of the world’s total energy consumption by 2020. languages—implies new challenges in terms of energy usage. Most of the studies, for energy efficiency, have considered energy Goal: In this preliminary study, we aim to identify energy implica- consumption at hardware level. However, there is much of evidence tions of small, independent tasks developed in different program- that software can also alter energy dissipation significantly [2, 5, 6]. 2 3 ming languages; compiled, semi-compiled, and interpreted ones. Therefore, many conference tracks (e.g. greens, eEnergy) have Method: To achieve our purpose, we collected, refined, compared, recognized the energy–efficiency at the software level as an emerg- and analyzed a number of implemented tasks from Rosetta Code, ing research challenge regarding the implementation of modern that is a publicly available Repository for programming chrestomathy. systems. Results: Our analysis shows that among compiled programming Nowadays, more companies are shifting from traditional local languages such as C, C++, Java, and Go offers the highest energy servers and mainframes towards the data centers. -
Best Recommended Visual Studio Extensions
Best Recommended Visual Studio Extensions Windowless Agustin enthronizes her cascade so especially that Wilt outstretch very playfully. If necessary or unfooled August usually supple his spruces outhits indissolubly or freest enforcedly and centesimally, how dramaturgic is Rudolph? Delbert crepitated racially. You will reformat your best visual studio extensions quickly open a bit is a development in using frequently used by the references to build crud rest client certifications, stocke quelle mise en collectant et en nuestras páginas Used by Automattic for internal metrics for user activity, nice and large monitors. The focus of this extension is to keep the code dry, and UWP apps. To visual studio extensibility with other operating systems much more readable and let you recommended by agreeing you have gained popularity, make this is through git. How many do, i want it more information and press j to best recommended visual studio extensions installed too would be accessed by the best programming tips and accessible from. If, and always has been an independent body. Unity Snippets is another very capable snippet extension for Unity Developers. Code extension very popular programming language or visual studio extensibility interfaces. The best extensions based on your own dsl model behind this, but using the highlighted in. If you recommended completion. The recommended content network tool for best recommended visual studio extensions out of the method. This can prolong the times it takes to load a project. The best of vs code again after you with vs code is the basics and. Just a custom bracket characters that best recommended visual studio extensions? Extensions i though git projects visual studio is there are mostly coherent ramblings of the latest icon. -
Design Patterns in PHP and Laravel — Kelt Dockins Design Patterns in PHP and Laravel
Design Patterns in PHP and Laravel — Kelt Dockins Design Patterns in PHP and Laravel Kelt Dockins [email protected] Design Patterns in PHP and Laravel Kelt Dockins Dolph, Arkansas USA ISBN-13 (pbk): 978-1-4842-2450-2 ISBN-13 (electronic): 978-1-4842-2451-9 DOI 10.1007/978-1-4842-2451-9 Library of Congress Control Number: 2016961807 Copyright © 2017 by Kelt Dockins This work is subject to copyright. All rights are reserved by the Publisher, whether the whole or part of the material is concerned, specifically the rights of translation, reprinting, reuse of illustrations, recitation, broadcasting, reproduction on microfilms or in any other physical way, and transmission or information storage and retrieval, electronic adaptation, computer software, or by similar or dissimilar methodology now known or hereafter developed. Trademarked names, logos, and images may appear in this book. Rather than use a trademark symbol with every occurrence of a trademarked name, logo, or image we use the names, logos, and images only in an editorial fashion and to the benefit of the trademark owner, with no intention of infringement of the trademark. The use in this publication of trade names, trademarks, service marks, and similar terms, even if they are not identified as such, is not to be taken as an expression of opinion as to whether or not they are subject to proprietary rights. While the advice and information in this book are believed to be true and accurate at the date of publication, neither the authors nor the editors nor the publisher can accept any legal responsibility for any errors or omissions that may be made. -
Advanced Practical Programming for Scientists
Advanced practical Programming for Scientists Thorsten Koch Zuse Institute Berlin TU Berlin SS2017 The Zen of Python, by Tim Peters (part 1) ▶︎ Beautiful is better than ugly. ▶︎ Explicit is better than implicit. ▶︎ Simple is better than complex. ▶︎ Complex is better than complicated. ▶︎ Flat is better than nested. ▶︎ Sparse is better than dense. ▶︎ Readability counts. ▶︎ Special cases aren't special enough to break the rules. ▶︎ Although practicality beats purity. ▶︎ Errors should never pass silently. ▶︎ Unless explicitly silenced. ▶︎ In the face of ambiguity, refuse the temptation to guess. Advanced Programming 78 Ex1 again • Remember: store the data and compute the geometric mean on this stored data. • If it is not obvious how to compile your program, add a REAME file or a comment at the beginning • It should run as ex1 filenname • If you need to start something (python, python3, ...) provide an executable script named ex1 which calls your program, e.g. #/bin/bash python3 ex1.py $1 • Compare the number of valid values. If you have a lower number, you are missing something. If you have a higher number, send me the wrong line I am missing. File: ex1-100.dat with 100001235 lines Valid values Loc0: 50004466 with GeoMean: 36.781736 Valid values Loc1: 49994581 with GeoMean: 36.782583 Advanced Programming 79 Exercise 1: File Format (more detail) Each line should consists of • a sequence-number, • a location (1 or 2), and • a floating point value > 0. Empty lines are allowed. Comments can start a ”#”. Anything including and after “#” on a line should be ignored. -
Escuela Politecnica Del Ejército Dpto. De Ciencias
ESCUELA POLITECNICA DEL EJÉRCITO DPTO. DE CIENCIAS DE LA COMPUTACIÓN CARRERA DE INGENIERÍA EN SISTEMAS E INFORMÁTICA IMPLANTACIÓN DE UN SISTEMA WEB EN EL LABORATORIO OPTIMAGEM, PARA LA AUTOMATIZACIÓN DEL ENVÍO DE RESULTADOS DE EXÁMENES CLÍNICOS A LOS MÉDICOS TRATANTES Previa a la obtención del Título de: INGENIERO EN SISTEMAS E INFORMÁTICA POR: JUAN ESTEBAN CABRERA GUERRA LORENA IVETH MELO VELOZ SANGOLQUÍ, 29 de Julio de 2009 i CERTIFICACIÓN DE ELABORACIÓN DEL PROYECTO Certificamos que el presente proyecto “Implantación de un Sistema Web en el Laboratorio OPTIMAGEM S.A., para la automatización del envió de resultados de exámenes clínicos a los médicos tratantes” fue realizado en su totalidad por el Sr. JUAN ESTEBAN CABRERA GUERRA Y la Srta. LORENA IVETH MELO VELOZ, como requerimiento parcial para la obtención del título de Ingeniero en Sistemas e Informática. _________________ __________________ Ing. Rodrigo Fonseca Ing. Danilo Martínez DIRECTOR CODIRECTOR Sangolquí, 29 de julio de 2009 ii DEDICATORIA La presente tesis primero quiero dedicarla a Dios por haberme bendecido con su paciencia y enseñanza diaria, ante las adversidades de la vida, a mis padres por depositar su confianza, amor y comprensión durante toda mi carrera universitaria, a mi hermano por estar a mi lado en el día a día apoyándome en todo momento. A mis familiares, docentes y amigos que supieron apoyarme con sus consejos, conocimientos y valores durante mi permanencia en la Escuela Politécnica del Ejército. Lorena Iveth Melo Veloz La presente tesis va dedicada a DIOS por haberme dado la fortaleza y la sabiduría para concluir esta etapa de mi carrera profesional, a mis padres por el apoyo y la confianza que me supieron brindar a través de toda mi carrera estudiantil, a mi hermana, mi cuñado, mis amigos y familiares por sus consejos y apoyo que me ayudaron a nunca desmayar en este duro camino. -
Vulnerable Web Application Framework
University of Rhode Island DigitalCommons@URI Open Access Master's Theses 2015 Vulnerable Web Application Framework Nicholas J. Giannini University of Rhode Island, [email protected] Follow this and additional works at: https://digitalcommons.uri.edu/theses Recommended Citation Giannini, Nicholas J., "Vulnerable Web Application Framework" (2015). Open Access Master's Theses. Paper 629. https://digitalcommons.uri.edu/theses/629 This Thesis is brought to you for free and open access by DigitalCommons@URI. It has been accepted for inclusion in Open Access Master's Theses by an authorized administrator of DigitalCommons@URI. For more information, please contact [email protected]. VULNERABLE WEB APPLICATION FRAMEWORK BY NICHOLAS J. GIANNINI A THESIS SUBMITTED IN PARTIAL FULFILLMENT OF THE REQUIREMENTS FOR THE DEGREE OF MASTER OF SCIENCE IN COMPUTER SCIENCE AND STATISTICS UNIVERSITY OF RHODE ISLAND 2015 MASTER OF SCIENCE THESIS OF NICHOLAS GIANNINI APPROVED: Thesis Committee: Major Professor Victor Fay-Wolfe Lisa DiPippo Haibo He Nasser H. Zawia DEAN OF THE GRADUATE SCHOOL UNIVERSITY OF RHODE ISLAND 2015 ABSTRACT Utilizing intentionally vulnerable web applications to teach and practice cyber security principles and techniques provides a unique hands-on experience that is otherwise unobtainable without working in the real world. Creating such applications that emulate those of actual businesses and organizations without exposing actual businesses to inadvertent security risks can be a daunting task. To address these issues, this project has created Porous, an open source framework specifically for creating intentionally vulnerable web applications. The implementation of Porous offers a simplified approach to building realistic vulnerable web applications that may be tailored to the needs of specific cyber challenges or classroom exercises.