VMPlaceS

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VM injector to evaluate placement algorithms by simulation.

VMPlaceS 최신버젼 다운로드

최종 버전 다운로드 (.zip)

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# VMPlaceS

[![Build Status](https://travis-ci.org/BeyondTheClouds/VMPlaceS.svg?branch=master)](https://travis-ci.org/BeyondTheClouds/VMPlaceS)

This repository contains the source of a dedicated framework to evaluate and compare VM placement algorithms.

For more details, a deeper scientific description of the project can be found [here](http://beyondtheclouds.github.io/VMPlaceS).

## Requirements
* sbt
* java 8 : **openjdk-8**
* python
* r language (optional: visualisation)

## Installation

### 1- Simgrid

#### 1.1- Get Simgrid

```
git clone git://scm.gforge.inria.fr/simgrid/simgrid.git
```

#### 1.2- Compile and install Simgrid
In the simgrid folder, run the following:

```
cmake -Denable_tracing=ON -Denable_documentation=OFF -Denable_java=ON -Denable_smpi=OFF .
```
and then

```
make 
```
please note that you can compile the src code faster by using -j argument of make command (man make for further information)

```
make install
```
file named **simgrid.jar**, containing java bindings to simgrid should be located in the simgrid folder:

```
jonathan@artoo ~/simgrid (master)> ls -lh *.jar
-rw-r--r--  1 jonathan  staff    43K Nov  4 17:28 simgrid.jar
```

This file will be used during step **2.2**.

### 2- SBT

#### 2.1- Installation of sbt:

Please follow the instructions corresponding to your operating system [here](http://www.scala-sbt.org/release/tutorial/Setup.html).

#### 2.2- Installation of dependencies

Inside the project source folder, run the following:

```
$ sbt update
```

and then copy the **simgrid.jar** from **step 1.2** in the lib folder

### 3- Running the program

You can decide which algorithm you want to test (see [here](http://github.com/BeyondTheClouds/VMPlaceS/blob/master/ALGORITHMS.md)).

#### 3.1- IntelliJ

##### 3.1.1- Make the project compatible with IntelliJ

Inside the project source folder, run the following:

```
$ sbt gen-idea
```

and open the folder in intelliJ: a fully configured project has been generated.

##### 3.1.2- Set the configuration

Click on **Run > Edit configurations...** and then the **plus (+)** button in the top left corner. Choose **Application**.

Name it as you wish, for instance _VMPlaceS_, and set the options:

Option Type             | Value
------------------------|-------------
Main class              | simulation.Main
VM_OPTIONS              | -Xmx4G -d64 -Dlogback.configurationFile=config/logback.xml
PROGRAM_ARGUMENTS       | ./config/cluster_platform.xml ./config/generated_deploy.xml  --cfg=cpu/optim:Full --cfg=tracing:1  --cfg=tracing/filename:simu.trace --cfg=tracing/platform:1
Use classpath of module | VMPlaceS

##### 3.1.3- Run the program

Click **Run > Run 'VMPlaceS'**.

#### 3.2- Command line

##### 3.2.1- Set the environment variables

Environment var    | Value
-------------------|-------------
VM_OPTIONS         | -Xmx4G -d64 -Dlogback.configurationFile=config/logback.xml
PROGRAM_ARGUMENTS  | ./config/cluster_platform.xml ./config/generated_deploy.xml  --cfg=cpu/optim:Full --cfg=tracing:1  --cfg=tracing/filename:simu.trace --cfg=tracing/platform:1

##### 3.2.2- Create the jar

Inside the project source folder, run the following command:

```
sbt assembly
```

it results in the creation of a **fat-jar** named **simulation.jar** in the target folder:

```
jonathan@artoo ~/D/w/VMPlaceS (master)> ls -lh target/*.jar
-rw-r--r--  1 jonathan  staff    12M Dec 18 14:21 target/simulation.jar
```

This jar contains all dependencies and can be run with the java command. Please not that the jar must be located in a folder that contains the **config** folder.

##### 3.2.3- Run the program

Thus it is possible to run the jar with the following command:

```
java -jar $VM_OPTIONS simulation.Main $PROGRAM_ARGUMENTS
```

### 4- Running experiments on grid'5000

We developed some scripts to ease the conduction of experiments on grid'5000. These scripts are located on the Rennes site, in the folder /home/jpastor.

Further documentation will arrive later: in case you plan to use it now, do not hesitate to contact us!

### 5- Running energy comparison of centralized algorithms

Run all the algorithms sequentially, turning off/not turning off the unused hosts:
```
$ rm -f energy.dat && sbt assembly && ./run_all.sh
```

Make the plots:
```
$ visu/energy_plot.py run_all.log energy.dat
```

VMPlaceS

VMPlaceS 최신버젼 다운로드

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