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Aplikacja Teamcity Laboratorium 2017 T
Aplikacja TeamCity laboratorium 2017 T. Goluch 1. Wstęp Aplikacja TeamCity należy do grupy aplikacji ciągłej integracji (Continuous Integration). Ciągła integracja to praktyka programistyczna, która polega na częstym (ciągłym) budowaniu i testowaniu (integrowaniu) wytwarzanego oprogramowania za pomocą odpowiednich narzędzi. Cykl wytwarzania oprogramowania przedstawiony jest poniżej. Trigger (by change) Report Compile Test/Analyse Deploy Trigger – wyzwalacz, który rozpoczyna proces integracji; najczęściej stosowanym wyzwalaczem jest przesłanie kodu źródłowego do systemu kontroli wersji (source control system); Compile/Build – pierwszym krokiem jest zbudowanie aplikacji z kodu źródłowego; na tym etapie wykrywane są błędy w strukturze kodu, można również ustawić dodatkowe opcje kompilacji (w środowisku developerskim wyłączone ze względu np. na wydłużenie czasu kompilacji), które wyświetlają dodatkowe informacje, jak np. błędy w widokach; Deploy – następnym krokiem jest publikacja aplikacji na środowisko testów (dla aplikacji webowej jest to serwer np. IIS); Test/Analyse – najważniejszym krokiem jest uruchomienie testów oraz różnych aplikacji analizujących kod, np. pod kątem zgodności z przyjętymi standardami, i/lub pokrycie testami; Report – ostatnim krokiem jest stworzenie raportu z przebiegu całego procesu; w przypadku, kiedy nie zostały spełnione postawione warunki, informacja o błędzie przesyłana jest, np. za pomocą wiadomości e-mail, do odpowiednich osób. Aplikacja TeamCity posiada mechanizmy umożliwiające wykonanie wszystkich wymienionych kroków. Podstawową cechą TeamCity jest duży stopień niezależności od platformy. Sam serwer jest to aplikacja internetowa działająca w ramach kontenera serwletu JEE. Może być uruchamiana na wszystkich najnowszych wersjach systemu Windows, Linux i Mac OS X. Wspiera wiele języków programowania (m.in. Java, C#, PHP, Ruby, C, C++) oraz różnych narzędzi służących do publikowania aplikacji (m.in. Ant, NAnt, Rake, MSBuild, MSDeploy). Umożliwia również działanie w systemie pre-commit. -
Maîtriser Apache Jmeter Du Test De Charge À Devops
Maîtriser Apache JMeter Du test de charge à Devops Antonio Gomes Rodrigues, Bruno Demion (Milamber) et Philippe Mouawad Ce livre est en vente à http://leanpub.com/maitriser-jmeter-du-test-de-charge-a-devops Version publiée le 2018-09-30 ISBN 978-2-9555036-1-4 Ce livre est publié par Leanpub. Leanpub permet aux auteurs et aux éditeurs de bénéficier du Lean Publishing. Lean Publishing consiste à publier à l’aide d’outils très simples de nombreuses itérations d’un livre électronique en cours de rédaction, d’obtenir des retours et commentaires des lecteurs afin d’améliorer le livre. © 2014 - 2018 Antonio Gomes Rodrigues, Bruno Demion (Milamber) et Philippe Mouawad Tweet ce livre ! S’il vous plaît aidez Antonio Gomes Rodrigues, Bruno Demion (Milamber) et Philippe Mouawad en parlant de ce livre sur Twitter ! Le tweet suggéré pour ce livre est : Je viens d’acheter Maîtriser Apache JMeter : Du test de charge à #Devops par @ra0077, @milamberspace, @philmdot sur https ://leanpub.com/maitriser-jmeter-du-test-de-charge-a-devops Le hashtag suggéré pour ce livre est #jmeter. Découvrez ce que les gens disent à propos du livre en cliquant sur ce lien pour rechercher ce hashtag sur Twitter : #jmeter Couverture et quatrième de couverture conçues par Cécile Platteeuw (C’grafic) Table des matières Droits ............................................ 1 Présentation des auteurs ................................ 2 Antonio Gomes Rodrigues ............................. 2 Bruno Demion (Milamber) ............................. 2 Philippe Mouawad (Philippe M.) ......................... 3 L’écosystème d’Apache JMeter ............................ 5 Introduction ...................................... 5 Plugin polyvalent ................................... 5 JMeter Plugins .................................. 5 JMeter dans le cloud ................................. 18 BlazeMeter .................................... 19 Tricentis Flood .................................. 23 Redline 13 ................................... -
Bitbucket Pull Request to Teamcity
Bitbucket Pull Request To Teamcity Jerold yawl his biometrician ripes uncleanly or segmentally after Mackenzie importune and anthologises deep, downstate and center. Sopping and well-coupled Johnny mountaineer so phlegmatically that Evelyn frills his Marlene. Chariot metes itinerantly? Make caution your build is rub and outlook does what it probably do: then the latest code and building this solution. Hi, how can copper help you? One on they update this fell by keeping their tools open to integration with other tools. Pull Requests and last Commit Status Publisher build features. You can also see release the build has passed. Earlier comment mention that setting teamcity. Compared to suggest general guide and had exactly the hurt, the new documentation provides more details and offers better navigation between sections. Create on canvas element for testing native browser support of emoji. Easily configure your CI chain to automatically analyze pull requests and branches. GUI to dispel more examples. Just food that GUID and paste it here. Is liable an adjective describing a filter with kernel also has zero mean? The release definition should this run at least once means the PR trigger switched on particular order why get the status. Finding code issues is great. Using different repos is an interesting idea. Bitbucket and get information about status of builds. Detects all pull requests. PR as comments like this. Suggestions cannot be applied while the pull that is closed. Bitbucket Cloud Pull Requests. What fix I important to disable this hate the future? Teamcity github 2fa Yoga Prasad. Get actionable metrics for everything business. -
Teamcity 7.1 Documentation.Pdf
1. TeamCity Documentation . 4 1.1 What's New in TeamCity 7.1 . 5 1.2 What's New in TeamCity 7.0 . 14 1.3 Getting Started . 26 1.4 Concepts . 30 1.4.1 Agent Home Directory . 31 1.4.2 Agent Requirements . 32 1.4.3 Agent Work Directory . 32 1.4.4 Authentication Scheme . 33 1.4.5 Build Agent . 33 1.4.6 Build Artifact . 34 1.4.7 Build Chain . 35 1.4.8 Build Checkout Directory . 36 1.4.9 Build Configuration . 37 1.4.10 Build Configuration Template . 38 1.4.11 Build Grid . 39 1.4.12 Build History . 40 1.4.13 Build Log . 40 1.4.14 Build Number . 40 1.4.15 Build Queue . 40 1.4.16 Build Runner . 41 1.4.17 Build State . 41 1.4.18 Build Tag . 42 1.4.19 Build Working Directory . 43 1.4.20 Change . 43 1.4.21 Change State . 43 1.4.22 Clean Checkout . 44 1.4.23 Clean-Up . 45 1.4.24 Code Coverage . 46 1.4.25 Code Duplicates . 47 1.4.26 Code Inspection . 47 1.4.27 Continuous Integration . 47 1.4.28 Dependent Build . 47 1.4.29 Difference Viewer . 49 1.4.30 Guest User . 50 1.4.31 History Build . 51 1.4.32 Notifier . 51 1.4.33 Personal Build . 52 1.4.34 Pinned Build . 52 1.4.35 Pre-Tested (Delayed) Commit . 52 1.4.36 Project . 53 1.4.37 Remote Run . .. -
Studying Dependency Updates and a Framework for Multi-Versioning in Docker Containers by Sara Gholami Ghasem Abad
Studying Dependency Updates and a Framework for Multi-Versioning in Docker Containers by Sara Gholami Ghasem Abad A thesis submitted in partial fulfillment of the requirements for the degree of Master of Science in Software Engineering and Intelligent Systems Department of Electrical and Computer Engineering University of Alberta © Sara Gholami Ghasem Abad, 2020 Abstract Containerized software systems are becoming more popular and complex as they are one of the essential techniques that enable cloud computing. One of the enabling technologies for containerized software systems is the Docker framework. Docker is an open-source framework for deploying containers, lightweight, standalone, and executable units of software with all their dependencies (packages and libraries) that can run on any computing environment. Docker images facilitate deploying and upgrading systems as all of the dependencies required for a software package are included in an image. However, there exist several risks with running Docker images in production environments. One risky situation can occur when upgrading images, as an upgrade may result in many changing packages or libraries at once. Therefore, in this thesis, we study the Docker images and analyze them to identify the risks of package changes. Also, we propose our solution, DockerMV, to mitigate this risk by running multiple versions of an image at the same time. In this first part of this thesis, we analyze the official Docker image repositories that are available on Docker Hub, Docker’s public registry that holds Docker images. For each image in these repositories, we extract details about its native, Node, and Python packages. Afterward, we investigate which types of applications have more package changes in their image upgrades. -
Kuali Student Service System: Technical Architecture Phase 1 Recommendations
Kuali Student Service System Technical Architecture Phase 1 Recommendations Kuali Student Service System Technical Architecture Phase 1 Recommendations December 31 2007 Kuali Student Technical Team Technical Architecture Phase 1 deliverables 2/14/2008 1 Kuali Student Service System Technical Architecture Phase 1 Recommendations Table of Contents 1 OVERVIEW ........................................................................................................................ 4 1.1 REASON FOR THE INVESTIGATION ................................................................................... 4 1.2 SCOPE OF THE INVESTIGATION ....................................................................................... 4 1.3 METHODOLOGY OF THE INVESTIGATION .......................................................................... 4 1.4 CONCLUSIONS ............................................................................................................... 5 1.5 DECISIONS THAT HAVE BEEN DELAYED ............................................................................ 6 2 STANDARDS ..................................................................................................................... 7 2.1 INTRODUCTION .............................................................................................................. 7 2.2 W3C STANDARDS .......................................................................................................... 7 2.3 OASIS STANDARDS ...................................................................................................... -
Azure Devops Server (TFS) / Azure Devops Services Plugin
ApexSQL Azure DevOps toolkit - Azure DevOps Server (TFS) / Azure DevOps Services plugin Version 2018.x Release Notes and Requirements System requirements ApexSQL DevOps toolkit Hardware Dual Core 2.0 GHz CPU 4 GB memory SQL Server SQL Server 2005 and higher [1] OS Windows 7 SP1/Windows Server 2008 R2 SP1 and higher [1] Software .NET Framework 4.7.2 or higher ApexSQL Build 2018 R4 [3] ApexSQL Data Diff 2018 R6 [3] ApexSQL Diff 2018 R5 [3] ApexSQL Doc 2018 R4 [3] ApexSQL Enforce 2018 R6 [3] ApexSQL Generate 2018 R4 [3] ApexSQL Mask 2019 R2 [3] ApexSQL Script 2018 R4 [3] ApexSQL Trigger 2018 R3 [3] ApexSQL Unit Test 2018 R4 [3] Note The number of ApexSQL tools required is based on how extensive a CI/CD workflow pipeline is and how many steps it includes Source control integration available for Azure DevOps [4], Git [5], Mercurial [5], Subversion [5] and Perforce [5] Permissions and Windows user account with administrative privileges additional requirements See Minimum permissions required to install and use ApexSQL products See Minimum SQL Server permissions for ApexSQL Developer tools See Remote access for SQL Server instance See How to setup image based database provisioning Azure DevOps Server (TFS) / Azure DevOps Services plug-in Hardware 214 KB disk space Software TFS 2015 Update 2 or higher, Azure DevOps Services Bamboo plug-in Hardware 1.65 MB disk space Software Atlassian Bamboo 6.6.3 or higher Jenkins plugin Hardware 5.8 MB disk space Software Jenkins 2.138 or higher Octopus Deploy step templates Hardware 32 KB disk space Software -
Apexsql Devops Toolkit – Teamcity Plugin
ApexSQL DevOps toolkit – TeamCity plugin Version 2019.x Release Notes and Requirements System requirements ApexSQL DevOps toolkit Hardware Dual Core 2.0 GHz CPU 4 GB memory SQL Server SQL Server 2005 and higher [1] OS Windows 7 SP1/Windows Server 2008 R2 SP1 and higher [1] Software .NET Framework 4.7.2 or higher ApexSQL Build 2018 R5 [3] ApexSQL Data Diff 2018 R7 [3] ApexSQL Diff 2018 R5 [3] ApexSQL Doc 2018 R6 [3] ApexSQL Enforce 2018 R7 [3] ApexSQL Generate 2019 [3] ApexSQL Mask 2019 R3 [3] ApexSQL Refactor 2018 R8 [3] ApexSQL Script 2018 R4 [3] ApexSQL Trigger 2018 R3 [3] ApexSQL Unit Test 2018 R4 [3] Note The number of ApexSQL tools required is based on how extensive a CI/CD workflow pipeline is and how many steps it includes Source control integration available for Azure DevOps [4], Git [5], Mercurial [5], Subversion [5] and Perforce [5] Permissions and Windows user account with administrative privileges additional See Minimum permissions required to install and use ApexSQL requirements products See Minimum SQL Server permissions for ApexSQL Developer tools See Remote access for SQL Server instance See How to setup image based database provisioning TeamCity plug-in Hardware 16.3 MB disk space Software TeamCity 10.0 or higher Web dashboard Hardware 164 MB disk space Software Internet Explorer 11 or higher Edge build 14393 or higher Chrome 50 or higher Mozilla Firefox 50 or higher Opera 40 or higher Port TCP port 5019 (http) and 4443 (https) on ApexSQL DevOps toolkit - Web Dashboard web server (configurable) [1] See Supported systems -
Apache Jmeter
Apache JMeter #jmeter Table of Contents About 1 Chapter 1: Getting started with Apache JMeter 2 Remarks 2 Versions 2 Examples 3 Installation or Setup 3 Overview of Apache JMeter components at high level 4 Chapter 2: Apache JMeter Correlations 7 Introduction 7 Examples 7 Correlation Using the Regular Expression Extractor in Apache JMeter 7 Correlation Using the XPath Extractor in JMeter 12 Correlation Using the CSS/JQuery Extractor in JMeter 14 Correlation Using the JSON Extractor 17 Automated Correlation by Using BlazeMeter’s ‘SmartJMX’ 20 Chapter 3: Apache JMeter parameterization 24 Introduction 24 Examples 24 Parameterization using external files 24 Parameterization using databases 31 Parameterization using the ‘Parameterized Controller’ plugin 41 Chapter 4: Apache JMeter: Test scenario recording 47 Introduction 47 Examples 47 Script Recording with the JMeter Template Feature 47 Script Recording with the JMeter Proxy Recorder 49 Recording Performance Scripts for Mobile Devices 52 Recording HTTPS Traffic 53 Script Recording with the BlazeMeter Chrome Extension 56 Script Recording with BadBoy 58 Credits 60 About You can share this PDF with anyone you feel could benefit from it, downloaded the latest version from: apache-jmeter It is an unofficial and free Apache JMeter ebook created for educational purposes. All the content is extracted from Stack Overflow Documentation, which is written by many hardworking individuals at Stack Overflow. It is neither affiliated with Stack Overflow nor official Apache JMeter. The content is released under Creative Commons BY-SA, and the list of contributors to each chapter are provided in the credits section at the end of this book. Images may be copyright of their respective owners unless otherwise specified. -
Key Facts Key Benefits Key Features Continuous Integration for Everybody
7.0 Continuous Integration for Everybody “Continuous Integration is a software development practice where members of a team integrate their work frequently, usually each person integrates at least daily — leading to multiple integrations per day. Many teams find that this approach leads to significantly reduced integration problems and allows a team to develop cohesive software more rapidly.” Martin Fowler Key Facts “So the reason I made the TeamCity is a userfriendly continuous integration (CI) server for switch is because of the professional developers and build engineers. It is trivial to setup and time it take to set it up: 20 absolutely free for small teams. minutes. Everything was fully functional in under 20 minutes. I absolutely got no Key Benefits error at all. I just got through all the step of the wizard and • Automate code analyzing, compiling, and testing processes, with having then: done. Unit testing, code instant feedback on build progress, problems and test failures, all in simple, coverage, build, reports, etc... intuitive webinterface; And it’s absolutely free for • Run multiple builds and tests under different configurations and platforms small team.” simultaneously; Sebastien Lachance, Software Developer at • Make sure your team sustains an uninterrupted workflow with the help of BXSYSTEMS Pretested commits and Personal builds; • Have build history insight with customizable statistics on build duration, “Teamcity is totally awesome, success rate, code quality and custom metrics; after i got the grails project • Enable -
TCD65-141111-2205-6028.Pdf
1. TeamCity Documentation . 3 1.1 TeamCityReference . 4 1.1.1 What's New in TeamCity 6.5 . 4 1.1.2 Getting Started . 10 1.1.3 Concepts . 14 1.1.3.1 Agent Home Directory . 15 1.1.3.2 Agent Requirements . 16 1.1.3.3 Agent Work Directory . 16 1.1.3.4 Authentication Scheme . 16 1.1.3.5 Build Agent . 17 1.1.3.6 Build Artifact . 18 1.1.3.7 Build Chain . 18 1.1.3.8 Build Checkout Directory . 19 1.1.3.9 Build Configuration . 20 1.1.3.10 Build Configuration Template . 21 1.1.3.11 Build Grid . 22 1.1.3.12 Build History . 22 1.1.3.13 Build Log . 23 1.1.3.14 Build Number . 23 1.1.3.15 Build Queue . 23 1.1.3.16 Build Runner . 24 1.1.3.17 Build State . 24 1.1.3.18 Build Tag . 25 1.1.3.19 Build Working Directory . 25 1.1.3.20 Change . 26 1.1.3.21 Change State . 26 1.1.3.22 Clean Checkout . 27 1.1.3.23 Clean-Up . 28 1.1.3.24 Code Coverage . 28 1.1.3.25 Code Duplicates . 29 1.1.3.26 Code Inspection . 29 1.1.3.27 Continuous Integration . 29 1.1.3.28 Dependent Build . 30 1.1.3.29 Difference Viewer . 31 1.1.3.30 Guest User . 32 1.1.3.31 History Build . 32 1.1.3.32 Notifier . 33 1.1.3.33 Personal Build . -
Beginning Netbeans IDE
Beginning NetBeans IDE for Java Developers Geertjan Wielenga Beginning NetBeans IDE Copyright © 2015 by Geertjan Wielenga 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. Exempted from this legal reservation are brief excerpts in connection with reviews or scholarly analysis or material supplied specifically for the purpose of being entered and executed on a computer system, for exclusive use by the purchaser of the work. Duplication of this publication or parts thereof is permitted only under the provisions of the Copyright Law of the Publisher’s location, in its current version, and permission for use must always be obtained from Springer. Permissions for use may be obtained through RightsLink at the Copyright Clearance Center. Violations are liable to prosecution under the respective Copyright Law. ISBN-13 (pbk): 978-1-4842-1258-5 ISBN-13 (electronic): 978-1-4842-1257-8 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.