Help

2019-09-06T05:17:30Z

Wf: /* Troubleshooting */

= Prerequisites =
* [http://www.oracle.com/technetwork/java/javase/downloads/jre8-downloads-2133155.html Oracle Java Runtime 8]
or if you'd like to build can4eve yourself:
* [http://www.oracle.com/technetwork/pt/java/javase/downloads/jdk8-downloads-2133151.html Oracle Java Development Kit 8 ]
* [https://maven.apache.org/install.html Maven 3]

= Installation =
# Download the software for your platform from {{Link|target=Downloads}}
or {{Link|target=Installation|title=build}} the software yourself

= Starting =
Run the software with <nowiki>java -jar can4eve.jar</nowiki> or <nowiki>can4eve</nowiki> (If you built the software yourself: <nowiki>cd can4eve/obdii/release</nowiki> before this command)
A {{Link|target=Help/Language|title=Welcome Wizard}} will guide you thru the setup process.

= (Re) Configuring your OBD connection =
Select the menu Settings/OBDII
* Network connection: Select the deviceType Network, set the hostname and port
* USB connection: Select the deviceType USB, select the serialDevice via the "..." button near the serialDevice, set the baudRate (only click direct if you are setting the baudrate via a different means e.g. stty)
* Bluetooth connection: Not directly supported as of 2017-07 - you might want to e.g. use the {{Link|target=OBDLink_LX#Forwarding the OBDII Adapter via TCP/IP}} or {{Link|target=TCPIP_forwarding|title=forward via can4eve}} options
* Simulator connection: Select the deviceType simulator

Click "testConnection".
The result should be e.g.:
[[File:ConnectionOK2017-07-11.png|400px]]

Now you should be able to use the Menu OBD/Start or OBD/Start withLog.

= Panels =
[[File:StartScreen2017-07-07.png|800px]]

== Clocks ==
[[File:Clocks.png|800px]]
== Odometer ==
[[File:Odometer.png|800px]]
== SOC ==
[[File:SOC.png|800px]]

== RPM ==
[[File:RPM.png|800px]]

= Troubleshooting =
== Connection refused ==
If you get the message "Connection failed", "ConnectException: Connection refused(Connection refused)". You might want to check
the hostname and port settings.
Also you can tryout the connection e.g. on a command line.

See e.g. {{Link|target=VGate_ICar_2#Testing}}

== NoClassDefFoundError: javafx/event/EventHandler ==
If you get the following error message on OpenJDK:
<source lang='java'>
java -jar can4eve.jar
Exception in thread "main" java.lang.NoClassDefFoundError: javafx/event/EventHandler
at java.lang.ClassLoader.defineClass1(Native Method)
at java.lang.ClassLoader.defineClass(ClassLoader.java:763)
...
Caused by: java.lang.ClassNotFoundException: javafx.event.EventHandler
at java.net.URLClassLoader.findClass(URLClassLoader.java:381)
at java.lang.ClassLoader.loadClass(ClassLoader.java:424)
at sun.misc.Launcher$AppClassLoader.loadClass(Launcher.java:335)
at java.lang.ClassLoader.loadClass(ClassLoader.java:357)
</source>
You might want to follow the following instructions:
* https://stackoverflow.com/a/34244308/1497139
That is
<source lang='bash'>
sudo apt-get install openjfx
</source>
=== fix for Raspberry PI ===
If on a Raspberry PI you get the message <nowiki>java.lang.NoClassDefFoundError: javafx/application/Application></nowiki>

get the SDK from:
http://gluonhq.com/products/mobile/javafxports/get/

<source lang='bash'>
cd /usr/local/src
sudo wget http://download.gluonhq.com/javafxports/embedded/armv6hf-sdk-8.60.9.zip
sudo unzip armv6hf-sdk-8.60.9.zip
cd /usr/lib/jvm/jdk-8-oracle-arm32-vfp-hflt/jre/lib/ext
sudo ln -s /usr/local/src/armv6hf-sdk/rt/lib/arm .
sudo ln -s /usr/local/src/armv6hf-sdk/rt/lib/ext/jfxrt.jar .
sudo ln -s /usr/local/src/armv6hf-sdk/lib/javafx-mx.jar .
sudo ln -s /usr/local/src/armv6hf-sdk/rt/lib/jfxswt.jar .
</source>

== java.net.BindException: Address already in use (Bind failed) ==
There is probably another instance of can4eve already running. In rare cases another application might use the same port as can4eve.
== java.net.SocketException: Network is unreachable (connect failed) ==
At the network address and port you selected there was no connection possible. Please check the settings and the network device you'd like to connect to.
E.g. you can do a ping to the network address and try a telnet to the given port.
see {{Link|target=Help/NetworkConnection}}

== com.bitplan.elm327.OBDException ==
Their has been a problem with the OBD connection. The most common error is a timeout which might e.g. happen if you set the wrong baud rate or the device is not listening e.g. because it went to sleep.
== java.net.ConnectException: Connection refused (Connection refused) ==
The network is reachable at the address but not the port you specified.\nYou might want to check the network device and the settings.
see {{Link|target=Help/NetworkConnection}}

== File descriptor is -1 < 0, ==
<pre>
INFORMATION: purejavacomm.PureJavaIllegalStateException: File descriptor is -1 < 0, maybe closed by previous error condition
</pre>
The OBDII-Adapter is not properly connected or there is another issue with the connection.

= Mediawiki Help =
[https://www.mediawiki.org/wiki/Help:Contents Mediawiki Help]

[[Category:Help]]

JavaFX

2019-07-17T20:28:48Z

Wf: /* javafx install script */

= JavaFx on Raspberry PI =
* https://blog.codecentric.de/2015/09/kaffee-und-kuchen-projekte-mit-java-embedded-8-auf-dem-raspberry-pi/
* http://gluonhq.com/products/mobile/javafxports/get/
* https://stackoverflow.com/questions/28284239/javafx-ensemble-on-raspberry-pi

== javafx install script ==
<source lang='bash'>
#!/bin/bash
# install javafx on raspberry PI
# WF 2019-01-13
src=/usr/local/src
ext=/usr/lib/jvm/jdk-8-oracle-arm32-vfp-hflt/jre/lib/ext
javafx=armv6hf-sdk

#ansi colors
#http://www.csc.uvic.ca/~sae/seng265/fall04/tips/s265s047-tips/bash-using-colors.html
blue='\033[0;34m'
red='\033[0;31m'
green='\033[0;32m' # '\e[1;32m' is too bright for white bg.
endColor='\033[0m'

#
# a colored message
# params:
# 1: l_color - the color of the message
# 2: l_msg - the message to display
#
color_msg() {
local l_color="$1"
local l_msg="$2"
echo -e "${l_color}$l_msg${endColor}"
}

#
# show the given error message on stderr and exit
#
# params:
# 1: l_msg - the error message to display
#
error() {
local l_msg="$1"
# use ansi red for error
color_msg $red "Error:" 1>&2
color_msg $red "\t$l_msg" 1>&2
exit 1
}
#
# error
#
# show the given error message on stderr and exit
#
# params:
# 1: l_msg - the error message to display
#
error() {
local l_msg="$1"
# use ansi red for error
color_msg $red "Error:" 1>&2
color_msg $red "\t$l_msg" 1>&2
exit 1
}

color_msg $blue "Trying to install javafx"
if [ ! -d $ext ]
then
error "directory $ext does not exists - was expecting a java installation"
fi

if [ ! -d $src ]
then
error "directory $src is missing - was expecting it"
fi
cd $src

if [ ! -f $javafx.zip ]
then
color_msg $blue "downloading $javafx.zip"
sudo curl -L https://gluonhq.com/download/javafx-embedded-sdk/ -o $javafx.zip
else
color_msg $green "$javafx.zip already downloaded"
fi

if [ ! -d $javafx ]
then
color_msg $blue "extracting" $javafx.zip
sudo unzip $javafx.zip
else
color_msg $green "$javafx already extracted"
fi

cd $ext
color_msg $blue "creating symlinks"
for path in rt/lib/arm rt/lib/ext/jfxrt.jar lib/javafx-mx.jar lib7JFX rt/lib/jfxswt.jar
do
from=$src/$javafx/$path
b=$(basename $from)
if [ -L $b ]
then
color_msg $green "symbolic link $b already exists"
else
sudo ln -s $src/$javafx/$path .
fi
done
</source>
* http://docs.gluonhq.com/javafxports/

= Medusa Gauge Library =
https://github.com/HanSolo/Medusa/wiki/Gauge-Skins

= SwingNode not useable on Raspberry PI =
The following code needs Swing and doesn't run properly on a raspberry PI even if JavaFX support is enabled.
<source lang='java'>
/**
* update the given tab with the given panel
*
* @param tab
* @param panel
*/
public void updateTab(Tab tab, JPanel panel) {
if (panel != null) {
final SwingNode swingNode = new SwingNode();
swingNode.setContent(panel);
tab.setContent(swingNode);
}
}
</source>
= Links =
* https://de.slideshare.net/SimonRitter/the-raspberry-pi-javafx-carputer

OBDLink LX

2019-01-24T09:30:04Z

Wf: /* redirect script */

__NOTOC__
[[File:OBDLinkLX .jpg|400px]]

Connection: Bluetooth /WireLess

This device is in principle fast and supports AT STM commands. Due to the bluetooth connection the handling may get somewhat unreliable in comparison to the {{Link|target=OBDLink SX}} USB cable variant
= Status =
[[can4eve support::indirectly supported e.g. via rfcomm or ip forwarding on linux]]
= Identification =
<source lang='bash'>
>AT I
ELM327 v1.3a

>AT @1
SCANTOOL.NET LLC

>STDI
OBDLink LX BT r1.2

>STI
STN1155 v4.0.0
>AT RV
13.4V
</source>
= Where to Buy =
As of 2017-02 the device was available via [https://www.amazon.de/ScanTool-427201-OBDLink-Bluetooth-Professionelle/dp/B00H9S71LW Amazon] for some EUR 60 - as of 2017-08 the price is almost 100 EUR.

As of 2017-06 it is advertised for some US50 at:
https://www.scantool.net/obdlink-lxbt/

= Usage =

== Connecting to an OBDLink LX from Linux ==
the following was tested on a {{Link|target=Raspberry PI}}

see https://www.raspberrypi.org/forums/viewtopic.php?t=214373
== check connection ==
=== Bluetooth services ===
<source lang='bash'>
service bluetooth status
● bluetooth.service - Bluetooth service
Loaded: loaded (/lib/systemd/system/bluetooth.service; enabled; vendor preset
Active: active (running) since Thu 2019-01-24 08:51:05 CET; 3min 2s ago
Docs: man:bluetoothd(8)
Main PID: 849 (bluetoothd)
Status: "Running"
CGroup: /system.slice/bluetooth.service
└─849 /usr/lib/bluetooth/bluetoothd
</source>
=== Pairing ===
Pair the device using the Graphical User Interface Bluetooth button in the top right.
You will not be able to connect the message is "Connection failed - No usabel services on this device".
We'll work around this with some python helper software
Check result with commmand line:
<source lang='bash'>
bluetoothctl
[NEW] Controller B8:27:EB:2E:AB:2B pito [default]
[NEW] Device 00:04:3E:9F:A3:C0 OBDLink LX
quit
</source>

=== Bluetooth pairing with bluetoothctl ===
<source lang='bash'>
bluetoothctl
agent on
scan on
Discovery started
...
[NEW] Device 00:04:3E:9F:A3:C0 OBDLink LX
pair 00:04:3E:9F:A3:C0
Attempting to pair with 00:04:3E:9F:A3:C0
[CHG] Device 00:04:3E:9F:A3:C0 Class: 0x020300
[CHG] Device 00:04:3E:9F:A3:C0 Icon: network-wireless
[CHG] Device 00:04:3E:9F:A3:C0 Connected: yes
Request confirmation
[agent] Confirm passkey 559460 (yes/no): yes
[CHG] Device 00:04:3E:9F:A3:C0 UUIDs:
00001101-0000-1000-8000-00805f9b34fb
[CHG] Device 00:04:3E:9F:A3:C0 Paired: yes
Pairing successful
[CHG] Device 00:04:3E:9F:A3:C0 Trusted: yes
Changing 00:04:3E:9F:A3:C0 trust succeeded
quit
</source>

=== Setting up an rfcomm device ===
<source lang='bash'>
sudo rfcomm bind rfcomm0 00:04:3E:9F:A3:C0
ls -l /dev/rfcomm0
crw-rw---- 1 root dialout 216, 0 Jun 21 21:41 /dev/rfcomm0
</source>

=== Testing ===
<source lang='bash'>
minicom -D /dev/rfcomm0 115200
</source>

=== Testing with a python script ===
<source lang='bash'>
python3 source/java/can4eve/scripts/obdtest.py
>K
>LM327 v1.3a
>KE0
OK

>
ELM327 v1.3a

>
OK

>
ISO 15765-4 (CAN 11/500)

>
OK

>
OK

>
OK

>
</source>

=== Forwarding the OBDII Adapter via TCP/IP ===
There is a helper script obdii_blue available that you can use to redirect the bluetooth device to tcip/ip.
=== Example script call ===
<source lang='bash'>
#!/bin/bash
# WF 2019-01-24
cd $HOME/source/java/can4eve/scripts
./obdii_blue 00:04:3E:9F:A3:C0
</source>

==== redirect script ====
You can also try out the redirect directly as shown below
<source lang='bash'>
python source/java/can4eve/scripts/tcp_serial_redirect.py --debug -P 7000 /dev/rfcomm0 115200
--- TCP/IP to Serial redirect on /dev/rfcomm0 115200,8,N,1 ---
--- type Ctrl-C / BREAK to quit
Waiting for connection on 7000...
</source>
At this point your OBDLink LX is available via LAN - you can simply do a telnet host 7000 to the server where you ran the commands.
The can4eve software can now use the bluetooth device as if it was a Wifi/LAN device

= What links here =
{{WhatLinksHere}}
= Picture =
[[Has image::File:OBDLinkLX .jpg]]
[[Category:can4eve]]
[[Category:ELM327]]

OBDLink LX

2019-01-24T09:29:06Z

Wf: /* Connecting to an OBDLink LX from Linux */

__NOTOC__
[[File:OBDLinkLX .jpg|400px]]

Connection: Bluetooth /WireLess

This device is in principle fast and supports AT STM commands. Due to the bluetooth connection the handling may get somewhat unreliable in comparison to the {{Link|target=OBDLink SX}} USB cable variant
= Status =
[[can4eve support::indirectly supported e.g. via rfcomm or ip forwarding on linux]]
= Identification =
<source lang='bash'>
>AT I
ELM327 v1.3a

>AT @1
SCANTOOL.NET LLC

>STDI
OBDLink LX BT r1.2

>STI
STN1155 v4.0.0
>AT RV
13.4V
</source>
= Where to Buy =
As of 2017-02 the device was available via [https://www.amazon.de/ScanTool-427201-OBDLink-Bluetooth-Professionelle/dp/B00H9S71LW Amazon] for some EUR 60 - as of 2017-08 the price is almost 100 EUR.

As of 2017-06 it is advertised for some US50 at:
https://www.scantool.net/obdlink-lxbt/

= Usage =

== Connecting to an OBDLink LX from Linux ==
the following was tested on a {{Link|target=Raspberry PI}}

see https://www.raspberrypi.org/forums/viewtopic.php?t=214373
== check connection ==
=== Bluetooth services ===
<source lang='bash'>
service bluetooth status
● bluetooth.service - Bluetooth service
Loaded: loaded (/lib/systemd/system/bluetooth.service; enabled; vendor preset
Active: active (running) since Thu 2019-01-24 08:51:05 CET; 3min 2s ago
Docs: man:bluetoothd(8)
Main PID: 849 (bluetoothd)
Status: "Running"
CGroup: /system.slice/bluetooth.service
└─849 /usr/lib/bluetooth/bluetoothd
</source>
=== Pairing ===
Pair the device using the Graphical User Interface Bluetooth button in the top right.
You will not be able to connect the message is "Connection failed - No usabel services on this device".
We'll work around this with some python helper software
Check result with commmand line:
<source lang='bash'>
bluetoothctl
[NEW] Controller B8:27:EB:2E:AB:2B pito [default]
[NEW] Device 00:04:3E:9F:A3:C0 OBDLink LX
quit
</source>

=== Bluetooth pairing with bluetoothctl ===
<source lang='bash'>
bluetoothctl
agent on
scan on
Discovery started
...
[NEW] Device 00:04:3E:9F:A3:C0 OBDLink LX
pair 00:04:3E:9F:A3:C0
Attempting to pair with 00:04:3E:9F:A3:C0
[CHG] Device 00:04:3E:9F:A3:C0 Class: 0x020300
[CHG] Device 00:04:3E:9F:A3:C0 Icon: network-wireless
[CHG] Device 00:04:3E:9F:A3:C0 Connected: yes
Request confirmation
[agent] Confirm passkey 559460 (yes/no): yes
[CHG] Device 00:04:3E:9F:A3:C0 UUIDs:
00001101-0000-1000-8000-00805f9b34fb
[CHG] Device 00:04:3E:9F:A3:C0 Paired: yes
Pairing successful
[CHG] Device 00:04:3E:9F:A3:C0 Trusted: yes
Changing 00:04:3E:9F:A3:C0 trust succeeded
quit
</source>

=== Setting up an rfcomm device ===
<source lang='bash'>
sudo rfcomm bind rfcomm0 00:04:3E:9F:A3:C0
ls -l /dev/rfcomm0
crw-rw---- 1 root dialout 216, 0 Jun 21 21:41 /dev/rfcomm0
</source>

=== Testing ===
<source lang='bash'>
minicom -D /dev/rfcomm0 115200
</source>

=== Testing with a python script ===
<source lang='bash'>
python3 source/java/can4eve/scripts/obdtest.py
>K
>LM327 v1.3a
>KE0
OK

>
ELM327 v1.3a

>
OK

>
ISO 15765-4 (CAN 11/500)

>
OK

>
OK

>
OK

>
</source>

=== Forwarding the OBDII Adapter via TCP/IP ===
There is a helper script obdii_blue available that you can use to redirect the bluetooth device to tcip/ip.
=== Example script call ===
<source lang='bash'>
#!/bin/bash
# WF 2019-01-24
cd $HOME/source/java/can4eve/scripts
./obdii_blue 00:04:3E:9F:A3:C0
</source>

==== redirect script ====
<source lang='bash'>
python source/java/can4eve/scripts/tcp_serial_redirect.py --debug -P 7000 /dev/rfcomm0 115200
--- TCP/IP to Serial redirect on /dev/rfcomm0 115200,8,N,1 ---
--- type Ctrl-C / BREAK to quit
Waiting for connection on 7000...
</source>
At this point your OBDLink LX is available via LAN - you can simply do a telnet host 7000 to the server where you ran the commands.
The can4eve software can now use the bluetooth device as if it was a Wifi/LAN device

= What links here =
{{WhatLinksHere}}
= Picture =
[[Has image::File:OBDLinkLX .jpg]]
[[Category:can4eve]]
[[Category:ELM327]]

Raspberry PI

2019-01-24T09:27:41Z

Wf: /* Bluetooth */

Raspberry PI

2019-01-24T09:21:00Z

Wf: /* Bluetooth */

2019-01-23T14:56:49Z

Wf: /* JavaFx on Raspberry PI */

= JavaFx on Raspberry PI =
* https://blog.codecentric.de/2015/09/kaffee-und-kuchen-projekte-mit-java-embedded-8-auf-dem-raspberry-pi/
* http://gluonhq.com/products/mobile/javafxports/get/
* https://stackoverflow.com/questions/28284239/javafx-ensemble-on-raspberry-pi

== javafx install script ==
<source lang='bash'>
#!/bin/bash
# install javafx on raspberry PI
# WF 2019-01-13
src=/usr/local/src
ext=/usr/lib/jvm/jdk-8-oracle-arm32-vfp-hflt/jre/lib/ext
javafx=armv6hf-sdk

#ansi colors
#http://www.csc.uvic.ca/~sae/seng265/fall04/tips/s265s047-tips/bash-using-colors.html
blue='\033[0;34m'
red='\033[0;31m'
green='\033[0;32m' # '\e[1;32m' is too bright for white bg.
endColor='\033[0m'

#
# a colored message
# params:
# 1: l_color - the color of the message
# 2: l_msg - the message to display
#
color_msg() {
local l_color="$1"
local l_msg="$2"
echo -e "${l_color}$l_msg${endColor}"
}

or
#
# show the given error message on stderr and exit
#
# params:
# 1: l_msg - the error message to display
#
error() {
local l_msg="$1"
# use ansi red for error
color_msg $red "Error:" 1>&2
color_msg $red "\t$l_msg" 1>&2
exit 1
}
#
# error
#
# show the given error message on stderr and exit
#
# params:
# 1: l_msg - the error message to display
#
error() {
local l_msg="$1"
# use ansi red for error
color_msg $red "Error:" 1>&2
color_msg $red "\t$l_msg" 1>&2
exit 1
}

color_msg $blue "Trying to install javafx"
if [ ! -d $ext ]
then
error "directory $ext does not exists - was expecting a java installation"
fi

if [ ! -d $src ]
then
error "directory $src is missing - was expecting it"
fi
cd $src

if [ ! -f $javafx.zip ]
then
color_msg $blue "downloading $javafx.zip"
sudo curl -L https://gluonhq.com/download/javafx-embedded-sdk/ -o $javafx.zip
else
color_msg $green "$javafx.zip already downloaded"
fi

if [ ! -d $javafx ]
then
color_msg $blue "extracting" $javafx.zip
sudo unzip $javafx.zip
else
color_msg $green "$javafx already extracted"
fi

cd $ext
color_msg $blue "creating symlinks"
for path in rt/lib/arm rt/lib/ext/jfxrt.jar lib/javafx-mx.jar lib7JFX rt/lib/jfxswt.jar
do
from=$src/$javafx/$path
b=$(basename $from)
if [ -L $b ]
then
color_msg $green "symbolic link $b already exists"
else
sudo ln -s $src/$javafx/$path .
fi
done
</source>
* http://docs.gluonhq.com/javafxports/

= Medusa Gauge Library =
https://github.com/HanSolo/Medusa/wiki/Gauge-Skins

= SwingNode not useable on Raspberry PI =
The following code needs Swing and doesn't run properly on a raspberry PI even if JavaFX support is enabled.
<source lang='java'>
/**
* update the given tab with the given panel
*
* @param tab
* @param panel
*/
public void updateTab(Tab tab, JPanel panel) {
if (panel != null) {
final SwingNode swingNode = new SwingNode();
swingNode.setContent(panel);
tab.setContent(swingNode);
}
}
</source>
= Links =
* https://de.slideshare.net/SimonRitter/the-raspberry-pi-javafx-carputer

Raspberry PI

2019-01-22T16:58:47Z

Wf: /* Run script = */

Raspberry PI

2019-01-22T16:24:09Z

Wf: /* Java 8 installation */

Main Page

2019-01-03T04:45:42Z

Wf: /* State of the project */

__NOTOC__
[[File:Sunflower.png|128px|left]]
[[File:Profiwikiicon.png|128px|right]]
= What is can4eve? =
can4eve
* is a software for electric vehicles
* it reads, analyzes, visualizes, stores and replays CAN bus data from the vehicle taken via an OBDII adapter
* is an open source software project see https://github.com/BITPlan/can4eve

== Supported Vehicles ==
{{#ask:
[[Category:Vehicle]]
[[Has image::+]]
|?Has image=image
|?can4eve support
}}

as of 2017-06 only {{Link|target=Triplet}} cars: Mitsubishi i-Miev, Citroën C-Zero, Peugeot-Ion are supported
The support for the {{Link|target=Mitsubishi Outlander PHEV}} is in preparation.
See also {{Link|target=Help/VehicleTypes}}

= Contents =
__TOC__
== Supported OBDII-Adapters ==
{{#ask:
[[Category:ELM327]]
[[Has image::+]]
|?Has image=image
|?can4eve support
}}

== Supported Platforms ==

can4eve is written in Java
It has been tested on
* {{Link|target=Raspberry PI}}
* {{Link|target=MacOS}}
* {{Link|target=Windows}}

An Android version is in preparation.

Since Apple does not support Java on the iPhone and since Microsoft does not support Java on some of its environments can4eve
would have to be ported to run in these environments. Currently there are no concrete plans to work around this. Since can4eve uses JavaFX it is certainly feasible to get an iPhone and other ports. [http://openjdk.java.net/projects/mobile/ Oracle mobile] might also be a future option
to support many more mobile devices.

== State of the project ==
* the software is in beta state - it has only been tested with a few vehicles so far
* To install you might want to follow the {{Link|target=Installation}} instructions.
* We are looking for more beta testers see e.g. [http://www.goingelectric.de/forum/c-zero-i-miev-ion/alpha-tester-fuer-neue-obdii-can-software-can4eve-gesucht-t24625.html german Triplet] and [http://www.goingelectric.de/forum/mitsubishi-plug-in-hybrid-outlander/ Outlander PHEV] forum
* https://github.com/BITPlan/can4eve/issues/4 is been worked on see {{Link|target=Simple Report}}
==== Screen Shots ====
===== Odometer =====
[[File:screenShot_Odometer_2017-08-16_103323.png|400px]]

===== Dashboard / Clocks =====
[[File:screenShot_RPM_2017-08-16_102742.png|600px]]
[[File:screenShot_Clocks_2017-08-16_102206.png|600px]]

=== Charging ===
[[File:screenShot_SOC_2017-08-16_103106.png|600px]]

=== Battery Cell states / SOC-RR history===
[[File:screenShot_Cell Voltage_2017-07-11_235316.png|600px]]
[[File:screenShot_Cell Temp_2017-07-11_235321.png|600px]]
[[File:socrr2017-06-18.png|600px]]

=== General OBD info (debug) ===
[[File:Screenshot2017-06-18.png|600px]]
[[File:data2-2017-06-18.png|600px]]

== Installation ==
See {{Link|target=Help#Installation}}

=== Building the software yourself ===
can4eve uses maven a build platform
see test video below.

=== Developer / Unit Test ===
The software runs a test suite on each release.
If you want you can run the {{Link|target=JUnit tests|title=automated tests for can4eve}} yourself on your own development platform.
The following video shows an example of such a test run and how it should work in your environment in principle. The nice side effect is
that you get a preview of some of the features of the software this way.
<HTML5video width="960" height="600" autoplay="false" loop="false">can4eveTest2017-08-16</HTML5video>

=== Running from command line ===
As of 2017-06 the jar created by the rebuild script is compiled for the {{Link|target=Triplet}} vehicles.

==== usage ====
<source lang='bash'>
java -jar target/com.bitplan.obdii-0.0.1-jar-with-dependencies.jar -h
Help
CANTriplet: 0.0.1

usage: java CANTriplet
--display [None | Console | Swing] : display
the display to use one of:
None,Console,Swing
--host (--hostname) WERT : host
the host to connect to
--limit (--framelimit) N : limit
the maximum number of frames to read
--port (--portnumber) N : port
the port to connect to
--vg (--vehicle-group) WERT : vehicleGroup
the vehicleGroup to connect to
-c (--conn) WERT : connection device
the connection to use
-d (--debug) : debug
create additional debug output if this
switch is used
-h (--help) : help
show this usage
-l (--log) WERT : log
the logfile to write
-p (--pid) WERT : pid to monitor
the pid to monitor
-t (--timeout) N : timeout in msecs
the timeout for elm327 communication
-v (--version) : showVersion
show current version if this switch is
used
</source>

== License ==
https://www.apache.org/licenses/LICENSE-2.0

=== Creator ===
[[File:BITPlanLogo2012.svg|200px|link=http://web.bitplan.com]]

= Other Apps =
{| class="wikitable"
|-
! Vehicles !! Icon !! App !! Link
|-
| Mitsubishi i-Miev, Citroen C-Zero, Peugeot Ion || || {{Link|target=CanIon}} || https://play.google.com/store/apps/details?id=emobility.canion&hl=de
|-
| Renault
| [[File:Canze-icon-shading.png|64px]] || {{Link|target=CANZE}} || http://canze.fisch.lu/
|-
| Outlander PHEV || [[File:SmallEvLogo.png|64px]] || EVBatMon for PHEV || http://evpositive.com/evbatmon-for-phev.html
|-
| Nissan Leaf || [[File:LeafSpyLogo.png|64px]] || Leaf Spy || https://play.google.com/store/apps/details?id=com.Turbo3.Leaf_Spy_Lite&hl=de
|-
|Tesla || [[File:TM-SpyLogo.png|64px]] || TM-Spy || https://play.google.com/store/apps/details?id=com.Turbo3.TMSpy&hl=de
|-
| Combustion engine cars || [[File:TorqueLogo.png|64px]] || Torque Pro || https://play.google.com/store/apps/details?id=org.prowl.torque&hl=de
|-
| Combustion engine cars || [[File:EasyOBDIILogo.png|64px]] || Easy OBDII || http://www.easyobdii.com/
|}

== Details ==
=== EVBatMon ===
''Our App not only gives you access to internal information at your fingertips, it will also track the health of the Li On drive battery over time and against distance. ''
https://c.apk.plus/screenshots/5/c/4/com.EvPositive.EvBatMon_6.png

=== LeafSpy ===
''Leaf Spy Lite lets a Nissan Leaf owner view detailed information about their Leaf's battery by plugging in an inexpensive ELM-327 Bluetooth OBDII adapter into the standard OBDII port on the Leaf. ELM-327 Bluetooth adapters are available on eBay for around $10-$20 and one is required before Leaf Spy Lite can display information from your Leaf.''
[[File:Main-qimg-eaec4f6a0b00c9fc98d84f1b376f811a.png]]

=== TM-Spy ===
''TM-Spy uses a standard ELM 327 type Bluetooth or WiFi OBDII adapter to decode information from the CAN service plug located below the center display screen. Check the internet for how to access this cable and the specifications for the custom adapter cable required to go from the Tesla 12 pin connector to the standard 16 pin OBDII connector which the ELM 327 adapter plugs into.''

[[File:TM-3-Screenshot.png]]

= Links =
* https://www.quora.com/What-is-a-good-OBD2-that-is-compatible-with-Electric-Cars
* http://ion.bitplan.com
[[Category:can4eve]]

Release

2019-01-02T18:12:20Z

Wf:

Version 0.0.1:
[[File:can4eve.jar]]

Release

2019-01-02T18:12:10Z

Wf: Created page with "File:can4eve.jar"

[[File:can4eve.jar]]

File:Can4eve.jar

2019-01-02T18:12:02Z

Wf: File uploaded with MsUpload

File uploaded with MsUpload

Raspberry PI

2018-12-31T14:44:01Z

Wf: /* Software configuration */

Raspberry PI

2018-12-31T14:43:38Z

Wf: /* Software configuration */

2018-08-08T06:34:29Z

Wf: /* Connecting to an OBDLink LX from Linux */

Raspberry PI

2018-08-08T06:33:44Z

Wf: Created page with "To run on a Raspberry PI you need a properly configured device. Here is an example:"

To run on a Raspberry PI you need a properly configured device.
Here is an example:

Main Page

2018-08-08T06:32:27Z

Wf:

__NOTOC__
[[File:Sunflower.png|128px|left]]
[[File:Profiwikiicon.png|128px|right]]
= What is can4eve? =
can4eve
* is a software for electric vehicles
* it reads, analyzes, visualizes, stores and replays CAN bus data from the vehicle taken via an OBDII adapter
* is an open source software project see https://github.com/BITPlan/can4eve

== Supported Vehicles ==
{{#ask:
[[Category:Vehicle]]
[[Has image::+]]
|?Has image=image
|?can4eve support
}}

as of 2017-06 only {{Link|target=Triplet}} cars: Mitsubishi i-Miev, Citroën C-Zero, Peugeot-Ion are supported
The support for the {{Link|target=Mitsubishi Outlander PHEV}} is in preparation.
See also {{Link|target=Help/VehicleTypes}}

= Contents =
__TOC__
== Supported OBDII-Adapters ==
{{#ask:
[[Category:ELM327]]
[[Has image::+]]
|?Has image=image
|?can4eve support
}}

== Supported Platforms ==

can4eve is written in Java
It has been tested on
* {{Link|target=Raspberry PI}}
* {{Link|target=MacOS}}
* {{Link|target=Windows}}

An Android version is in preparation.

Since Apple does not support Java on the iPhone and since Microsoft does not support Java on some of its environments can4eve
would have to be ported to run in these environments. Currently there are no concrete plans to work around this. Since can4eve uses JavaFX it is certainly feasible to get an iPhone and other ports. [http://openjdk.java.net/projects/mobile/ Oracle mobile] might also be a future option
to support many more mobile devices.

== State of the project ==
* the software is in alpha/beta - experimental state - it has only been tested with a handful of vehicles so far
* as of 2017-06-08 the software is not available for endusers yet.
* As an interested developer you can follow the {{Link|target=Installation}} instructions.
* We are looking for alpha and beta testers see e.g. [http://www.goingelectric.de/forum/c-zero-i-miev-ion/alpha-tester-fuer-neue-obdii-can-software-can4eve-gesucht-t24625.html german Triplet] and [http://www.goingelectric.de/forum/mitsubishi-plug-in-hybrid-outlander/ Outlander PHEV] forum
* https://github.com/BITPlan/can4eve/issues/4 is been worked on see {{Link|target=Simple Report}}
==== Screen Shots ====
===== Odometer =====
[[File:screenShot_Odometer_2017-08-16_103323.png|400px]]

===== Dashboard / Clocks =====
[[File:screenShot_RPM_2017-08-16_102742.png|600px]]
[[File:screenShot_Clocks_2017-08-16_102206.png|600px]]

=== Charging ===
[[File:screenShot_SOC_2017-08-16_103106.png|600px]]

=== Battery Cell states / SOC-RR history===
[[File:screenShot_Cell Voltage_2017-07-11_235316.png|600px]]
[[File:screenShot_Cell Temp_2017-07-11_235321.png|600px]]
[[File:socrr2017-06-18.png|600px]]

=== General OBD info (debug) ===
[[File:Screenshot2017-06-18.png|600px]]
[[File:data2-2017-06-18.png|600px]]

== Installation ==
See {{Link|target=Help#Installation}}

=== Building the software yourself ===
can4eve uses maven a build platform
see test video below.

=== Developer / Unit Test ===
The software runs a test suite on each release.
If you want you can run the {{Link|target=JUnit tests|title=automated tests for can4eve}} yourself on your own development platform.
The following video shows an example of such a test run and how it should work in your environment in principle. The nice side effect is
that you get a preview of some of the features of the software this way.
<HTML5video width="960" height="600" autoplay="false" loop="false">can4eveTest2017-08-16</HTML5video>

=== Running from command line ===
As of 2017-06 the jar created by the rebuild script is compiled for the {{Link|target=Triplet}} vehicles.

==== usage ====
<source lang='bash'>
java -jar target/com.bitplan.obdii-0.0.1-jar-with-dependencies.jar -h
Help
CANTriplet: 0.0.1

usage: java CANTriplet
--display [None | Console | Swing] : display
the display to use one of:
None,Console,Swing
--host (--hostname) WERT : host
the host to connect to
--limit (--framelimit) N : limit
the maximum number of frames to read
--port (--portnumber) N : port
the port to connect to
--vg (--vehicle-group) WERT : vehicleGroup
the vehicleGroup to connect to
-c (--conn) WERT : connection device
the connection to use
-d (--debug) : debug
create additional debug output if this
switch is used
-h (--help) : help
show this usage
-l (--log) WERT : log
the logfile to write
-p (--pid) WERT : pid to monitor
the pid to monitor
-t (--timeout) N : timeout in msecs
the timeout for elm327 communication
-v (--version) : showVersion
show current version if this switch is
used
</source>

== License ==
https://www.apache.org/licenses/LICENSE-2.0

=== Creator ===
[[File:BITPlanLogo2012.svg|200px|link=http://web.bitplan.com]]

= Other Apps =
{| class="wikitable"
|-
! Vehicles !! Icon !! App !! Link
|-
| Mitsubishi i-Miev, Citroen C-Zero, Peugeot Ion || || {{Link|target=CanIon}} || https://play.google.com/store/apps/details?id=emobility.canion&hl=de
|-
| Renault
| [[File:Canze-icon-shading.png|64px]] || {{Link|target=CANZE}} || http://canze.fisch.lu/
|-
| Outlander PHEV || [[File:SmallEvLogo.png|64px]] || EVBatMon for PHEV || http://evpositive.com/evbatmon-for-phev.html
|-
| Nissan Leaf || [[File:LeafSpyLogo.png|64px]] || Leaf Spy || https://play.google.com/store/apps/details?id=com.Turbo3.Leaf_Spy_Lite&hl=de
|-
|Tesla || [[File:TM-SpyLogo.png|64px]] || TM-Spy || https://play.google.com/store/apps/details?id=com.Turbo3.TMSpy&hl=de
|-
| Combustion engine cars || [[File:TorqueLogo.png|64px]] || Torque Pro || https://play.google.com/store/apps/details?id=org.prowl.torque&hl=de
|-
| Combustion engine cars || [[File:EasyOBDIILogo.png|64px]] || Easy OBDII || http://www.easyobdii.com/
|}

== Details ==
=== EVBatMon ===
''Our App not only gives you access to internal information at your fingertips, it will also track the health of the Li On drive battery over time and against distance. ''
https://c.apk.plus/screenshots/5/c/4/com.EvPositive.EvBatMon_6.png

=== LeafSpy ===
''Leaf Spy Lite lets a Nissan Leaf owner view detailed information about their Leaf's battery by plugging in an inexpensive ELM-327 Bluetooth OBDII adapter into the standard OBDII port on the Leaf. ELM-327 Bluetooth adapters are available on eBay for around $10-$20 and one is required before Leaf Spy Lite can display information from your Leaf.''
[[File:Main-qimg-eaec4f6a0b00c9fc98d84f1b376f811a.png]]

=== TM-Spy ===
''TM-Spy uses a standard ELM 327 type Bluetooth or WiFi OBDII adapter to decode information from the CAN service plug located below the center display screen. Check the internet for how to access this cable and the specifications for the custom adapter cable required to go from the Tesla 12 pin connector to the standard 16 pin OBDII connector which the ELM 327 adapter plugs into.''

[[File:TM-3-Screenshot.png]]

= Links =
* https://www.quora.com/What-is-a-good-OBD2-that-is-compatible-with-Electric-Cars
* http://ion.bitplan.com
[[Category:can4eve]]

Cantriplet

2018-07-31T15:02:23Z

Wf: /* Cell numbering */

__NOCACHE__
see https://github.com/BITPlan/can4eve/issues/2
These are the OBDII PIDs for the {{Link|target=Triplet}} Cars
= PIDs =
{{#ask: [[Concept:PID]]
| ?PID id = id
| ?PID name = name
| ?PID description = description
| ?PID frequency = frequency
| ?PID links = links
| ?PID examples = examples
| mainlabel=link
| sort=PID id
}}

= Links =
=== PIDS ===
* https://github.com/openvehicles/Open-Vehicle-Monitoring-System/blob/master/vehicle/OVMS.X/vehicle_mitsubishi.c
* https://github.com/plaes/i-miev-obd2
* https://github.com/harite/i-miev-obd2/blob/master/docs/research.txt
* http://prius-touring-club.com/vbf/showthread.php?t=3830
* http://myimiev.com/forum/viewtopic.php?f=25&t=763&sid=023d63954d59057b1b3b9eeab88ce541
* https://www.dropbox.com/s/m36u0j905xgfi6a/i-Miev%20CAN-PID.xlsx
* http://lists.teslaclub.hk/pipermail/ovmsdev/2013-September/001543.html

=== OBD Monitoring ===
* https://gist.github.com/JamesHagerman/18047979da6f4fd680eb

= Battery Pack =
* http://4.bp.blogspot.com/-ajk7Nq1dvDY/UOxiUaup0PI/AAAAAAAAAAs/F5CS1pKJ4Ok/s1600/mitsubishi-i-miev-battery-pack-photo-335601-s-1280x782.jpg
== Cell numbering ==
* [[File:packnumbering.jpeg|400px]] (from <pre>http://fsamw.myevblog.com/files/2015/06/pack_numbering-300x190.png</pre> which seems not to work any more)
* http://myimiev.com/forum/viewtopic.php?f=23&t=1853
* https://www.mysnip.de/forum-archiv/thema-28653-375830/Zuordung+Daten+aus+der+caniOn+App+zu+den+Akkuzellen.html
* http://www.umdenken.at/images_old/i-MiEV_OBD/Temp_Nr64/1-i-MiEV_Battery_Cells_and_Temperature_Sensors.jpg
* http://i.imgur.com/C6DcyF4.png

[[Category:cantriplet]]
[[Category:can4eve]]