During operation the systems often drifts away from its design-time models. Models are useful for involving humans and conducting analysis, e.g. While previous research focused on automated adaptation, increased complexity and heterogeneity of cloud services as well as their limited observability, makes evident that we need to allow operators (humans) to engage in the adaptation process. Yet at the same time, it leads to major challenges like limited control of third party infrastructures and runtime changes which mostly cannot be foreseen during development.
IOBSERVE FOR WINDOWS SOFTWARE
-c, -configuration Configuration file.Building software systems by composing third-party cloud services promises many benefits such as flexibility and scalability.analysis.cli-0.0.3-SNAPSHOT/bin/analysis.bat (windows)Īnalysis-0.0.3-SNAPSHOT/bin/analysis -c nfig Collector.analysis.cli-0.0.3-SNAPSHOT/bin/analysis (linux, mac, etc.).
IOBSERVE FOR WINDOWS ARCHIVE
You may find two archives containing executables.Ĭhoose your preferred kind of archive and extract it in our analysisĭirectory (preferably outside of the directory of the git repository).Īfter extraction you can start the analysis with: The analysis is located in analysis/build/distributions/ Please note that you have to adjust path and file name to your setup. To activate logging use: export ANALYSIS_OPTS="nfiguration=file:///full/qualified/pathname/log4j.cfg"
Through this mechanisms further parameter can be specified which is quite helpful. In the following we introduce the most common tools.Īlongside all executables we have example configurations placed in the respective sub project folder with the suffix config.Īll executables support an environment variable project_OPTS where project must be substituted by the executable name. The process to use them is quite similar.
In the iobserve-analysis directory, create a file gradle.properties.Īdd the following variable declaration to that file and save it.Īpi.baseline=PATH_TO_IOBSERVE_REPOSITORY/mvn-repo/ 'Note: This is outdated, we switched to gradle' Setup Build Environment Iobserve-analysis git clone You need Kieker example data, a RAC and a corresponding palladio model You need additional packages which are compiled in iobserve-repository.Ĭheckout the iobserve-repository git repository alongside.you need an Java 8 JDK installed on your machine. Setting up iObserve gradle build Prerequisites Some parts are still located in other SVN repositories.
IOBSERVE FOR WINDOWS CODE
The code is in a prototype stage and not fully functional, especially, as Monitoring data, a PCM model and a supplementary mapping file. rac.creator this tool allows to create a RAC mapping based on.splitter separates monitoring data streams by host.rvice the service version of the analysis.analysis.cli command line version of the analysis.analysis for the analysis plugins on basis of teetime.common for the monitoring records (event types).This repository contains the sources for the iobserve analysis including
0 kommentar(er)
