Requirements

• Windows XP
• A Wi-Fi card installed
• Administrator rights on the target machine

Download and Installation

To install the monitor, unzip one of the files below and run Setup.exe.

Configuration and Usage

To configure monitor, you should change the monitor.properties file. This file is stored in the directory C:\Windows\MonitorXP and contains the following variables:

Example:

CIS_ADDRESS                   = cis.lac.inf.puc-rio.br
CIS_PORT                      = 55010
CIS_PERIODICITY               = 3
CS_ADDRESS                    = cs.lac.inf.puc-rio.br
CS_PORT                       = 55016
DS_ADDRESS                    = ds.lac.inf.puc-rio.br
DS_PORT                       = 55017
DEFAULT_CARD_QUERY_INTERVAL   = 250
MONITOR_PORT                  = 61555
         

This configuration file only applies to the production version.

After starting the monitor, the application will show the window below.

Requirements

• A Pocket PC device running Windows CE, equipped with a Wi-fi interface
• Microsoft Compact Framework 2.0 installed

Download and Installation

To install the monitor, download and run the .cab file below on a temporary folder of your Pocket PC device

Configuration and Usage

To configure monitor, you should change the monitor_properties.txt file. This file is stored in the application directory and contains the configuration of some variables like the ones described for the Monitor XP version

Example:

         
		
		
<?xml version="1.0" encoding="utf-8" ?>

	<configuration>
	
	<appSettings>
	
		<!-- CIS IP and Port -->
		<cisAddress value = "139.82.24.240"/>
		<cisPort value = "55010"/>
		
		<!-- DS IP and Port -->
		<dsAddress value = "139.82.24.240"/>
		<dsPort value = "8500"/>
		
		<;!-- CS IP and Port -->
		<csAddress value = "139.82.24.240"/>
		<csPort value = "55016"/>
		
		
		<!-- Periodicity to send data to CIS -->
		<sendDataPeriodicity value = "15000"/>
		
		<!-- Periodicity to get device data -->
		<devDataPeriodicity  value = "10000"/>
		
		<!-- Periodicity to scan APs -->
		<scanDataPeriodicity value = "1000"/>
		
		<!-- Periodicity to get GPS Data -->
		<gpsDataPeriodicity value = "2000"/>
		
		<!-- Scan query time interval -->
		<cardQueryInterval   value = "5000"/>
		
		<!-- GPS query time interval -->
		<gpsQueryInterval   value = "5000"/>
					
	</appSettings>
	
	</configuration>


         

This configuration file only applies to the Monitor CE version.

After starting the monitor, the application will show the user interface with the screens shown below:

Device data screen

Connectivity and Wireless Network data screen

GPS data screen

MoCA Services parameters screen

Requirements

• A Nokia S60 3rd Edition device with WLAN interface.

Download and Installation

To install the monitor, download and run the .SIS file below on a temporary folder of your Nokia S60 3rd Edition device or, copy the .SIS file to the PC and install the monitor by the Nokia PC Suite.

Configuration and Usage

To install the monitor for Symbian you must follow these steps:

1. Startup the Nokia PC Suite application.
2. Connect your phone to Nokia PC Suite.
3. On Windows Explorer, double-click the .SIS instalation file.
4. Nokia application installer will ask if you want to install the application on the phone. Choose "yes". Nokia application installer will then transfer the installation process to the phone interface.
5. On the phone, choose "yes" to begin installing the Monitor application.
6. A security warning dialog will appear. Choose "continue".
7. Another dialog displays details of the Monitor application. Choose "continue".
8. If the phone has a memory card, the installer will ask if the application should be installed on the internal phone memory or on the memory card. Choose the one that is more suited for you.
9. Another dialog will list the permissions needed to run the Monitor application. Choose "continue".
10. The installation process should finish properly.

To use the Monitor, it is necessary to establish a connection with some wlan access point. To do so, you can use the WLAN Wizard to search for access points, or use some application (like the web browser) that connects to the network."

After the installation process, the application executable will be located on the phone application menu.

The application main window has two commands: "Options" and "Exit". The "Exit" command terminates the application. The "Options" command pops up a menu with further options. The "Edit MoCA Config" options lets the user change the MoCA Configuration. The following options area available:

The user should navigate the config screen and select the desired item with the D-pad. Then an editor pops up so that the user can edit the parameter. If the user selects "Ok" then the data is accepted. If the user selects "Cancel" the change is discarded. This screen has two commands: "Save" and "Cancel". The "Save" command saves all options to the config file. The "Cancel" command discards all changes, and closes the config screen.

The "Device Info" option displays the collected device information. The collected items are: the device vendor, device model, cpu usage (not yet implemented), amount of free memory, and the device MAC address.

The "Network Info" option displays the collected information about the network. This option displays the current IP address of the device, its network mask, the currently connected access point (if any), IP address and access point change (if the application detected those events), and the number of scanned access points in the vicinity. If any access point is detected, its MAC address, SSID, and signal strength are listed in that window.

The "MoCA" option displays the current MoCA configuration.

The D-pad can be used to scroll the information up/down when applicable.

Requirements

• The java runtime environment (jre) 1.5 or greater installed.
• A wireless card.
• A linux kernel 2.6 with a shell (if not bash, please change the first line of the script scanning.sh).
• A kernel compiled with wireless extension from version 11 to 21. For other versions support requires wireless tools.

Download and Installation

To install the monitor for GNU/Linux, download and unzip the MocaMonitorLinux-1.0 Installer to any folder you like.

Open the text file monitor.properties and edit the following fields:

cis.address                 = 127.0.0.1
cis.port                    = 55010
cis.periodicity             = 2
monitor.port                = 61555
default_card_query_interval = 2
         		

Monitor sends UDP packages to CIS on the addreess and port defined above. So if you're under a firewall be sure you have outbound permission to these packages. After that, run monitor script as root to start the deamon.

The monitor is going to output the scans to the standard I/O if started with -v option. In case any error occur it generates a error.log file to the current directory describing the error.

If you are running monitor under a desktop you probably is going to see an error about battery, it's ok, just ignore it. Because desktops don't have baterry as power source anyway.

Attention: If you notice that Monitor is not getting the full list of all visible access points, run it as root.

Download

The current release (candidate) is 1.5-RC1. Below is the link to latest release.

• monitor-1.5-RC1.zip

Install

To install the monitor simulator you must follow these steps:

1. Download the installation file
2. Unpack the installation file. The downloaded install archive contains everything required to run the Monitor on your system. The install archive has a single top-level directory named monitor-VERSION, where VERSION is the version downloaded (eg. 1.0). This directory contains all the Monitor related files beneath that.
3. Define the JAVA_HOME environment variable. This variable should be the directory where a Java Development Kit is installed.
4. Define the MONITOR_HOME environment variable which is the directory where you just unpacked the Monitor install archive.
5. Add MONITOR_HOME/bin to your path so that you can run the scripts provided with Monitor.

Running

There are two modes for running the monitor: stand-alone or gui.

monitor.scanInterval=1000
monitor.repeating=true
cis.server.host=localhost
cis.monitor.port=55010
file1=conf/Scan-Banco_01.txt
interval1=5000
file2=conf/Scan-EspacoAberto.txt
interval2=10000
file3=conf/Scan-Mesa_03.txt
interval3=20000
          

Vendor=Ericsson#Model=R600#CpuUsage=7#FreeMemory=12888#....

Vendor=Ericsson#Model=R600#CpuUsage=7#FreeMemory=12888#EnergyLevel=63#Periodicity=0#IpChange=0#ApChange=0#Ip=10.10.10.24#NetworkMask=255.255.255.0#MacAddr=00:02:2D:A5:06:45#CurrentApMacAddr=00:02:2D:A5:06:12#ApList=[[MacAddr=00:0E:84:80:78:5E#Rssi=-76#Ssid=Wi-Fi PUC][MacAddr=00:02:2D:A5:06:12#Rssi=-83#Ssid=LAC]]

Requirements

O WScanner foi desenvolvido em ANSI C utilizando o Visual Studio .NET. Dentre as etapas de implementação envolvidas no trabalho temos:

• Implementação do driver de protocolo da NDIS com o objetivo de interagir com a NDIS Wrapper;
• Implementação da aplicação WScanner;
• Implementação de uma interface gráfica em ANSI C usando a WIN32 API;
• Desenvolvimento de um instalável para o driver;
• Desenvolvimento de um instalável para o WScanner;

Para obter as informações da rede sem fio tanto no Windows XP quanto no Windows CE nós utilizamos a arquitetura de rede da microsoft, conhecida por Network Driver Interface Specification (NDIS). Através desta, o monitor dispara e coleta os resultados dos scanning realizados na rede sem fio usando interfaces e comandos da NDIS Wrapper comuns aos drivers de todas as placas de rede. %para obter informações dos APs que estão no raio de cobertura do dispositivo móvel. Uma visão geral dessa arquitetura é mostrada in the figure below. Dessa forma, a implementação do monitor torna-se independente do fabricante da placa de rede sem fio, pois toda a comunicação entre o monitor e o driver da placa de rede ocorre via a NDIS Wrapper. As demais informações (CPU, Nível de energia, ...) são obtidas utilizando APIs específicas da Microsoft. No Linux, a lista de APs com as respectivas intensidade do sinal é obtida via chamadas ioctl e, as demais informações são coletadas a partir dos arquivos contidos no /proc na estrutura de diretórios do Linux.

Additional information:

• MSDN Library
• Network Devices and Protocols: Windows DDK