LinuxMCE - User contributions [en]

WebDT 366 WPA2

2011-04-03T21:48:53Z

Joshpond:

[[Category: Hardware]]
{{Versioninfo}}
[[Category: WebPads]]
[[Category: Orbiters]]

[[Image:Edup.JPG|right|thumb|290px]]
[[Image:Wpa2webdt.JPG|Wpa2webdt.JPG]]

== Info ==
How to get WPA2 wireless on the WebDT 366
 
NOTE: At this stage suspend does not work as the driver doesn't support restart from suspend so won't connect to the core. A patch to the kernel should be possible but is both beyond my capabilities and my WebDT's stay on all the time.

== Hardware==
You will need a PCMCIA wireless card
 
I purchased an EDUP wireless PCMCIA card which runs the Ralink RT2500 driver which is supported out of the box with the Pad Orbiter software
 
There are other branded RT2500 cards out there I believe but this one is pretty cheap on ebay.

== Installation ==
Remove the Cisco card and put the EDUP card in.
 
Boot and install the Pad Orbiter software.
 
When you get to the wireless setup just hit cancel and open up a terminal: CTRL + T then C
 
<pre>
lspci
</pre>
Should show that the RT2500 module is loaded.
 
Then we have to edit the network interfaces file to allow for WPA2 and SSID details. My preferred editor is nano but choose your own.
 
<pre>
nano /etc/network/interfaces
</pre>
Then edit the network interfaces file, delete the eth0 lines and change to show:
<pre>
allow-hotplug wlan0
iface wlan0 inet dhcp
wpa-driver wext
wpa-ssid <your_essid>
wpa-ap-scan 1
wpa-proto RSN
wpa-pairwise CCMP
wpa-group CCMP
wpa-key-mgmt WPA-PSK
wpa-psk <your_hex_key>
</pre>
wpa-ap-scan: 1 = broadcast of essid, 2 = hidden essid
 
wpa-proto: RSN = WPA2, WPA = WPA
 
wpa-pairwise and wpa-group: CCMP = AES, TKIP = TKIP
 
wpa-key-mgmt: WPA-PSK = Authentication via pre-shared key
 
wpa-psk: <see below for hex key generation>
 
In a terminal type
<pre>
wpa_passphrase <your_essid> <password>
</pre>
and you should get an output after the psk= line and that is what you need to input.
 
Save and exit and then start up wlan0
<pre>
ifup wlan0
</pre>
After that the Pad Orbiter should continue loading.

WebDT 366 WPA2

2011-04-03T04:30:53Z

Joshpond:

File:Wpa2webdt.JPG

2011-04-03T04:26:56Z

Joshpond: webdt 366 with wpa2 card

webdt 366 with wpa2 card

WebDT 366 WPA2

2011-04-03T04:25:17Z

Joshpond:

[[Category: Hardware]]
{{Versioninfo}}
[[Category: WebPads]]
[[Category: Orbiters]]

[[Image:Edup.JPG|right|thumb|290px]]

== Info ==
How to get WPA2 wireless on the WebDT 366
 
NOTE: At this stage suspend does not work as the driver doesn't support restart from suspend so won't connect to the core. A patch to the kernel should be possible but is both beyond my capabilities and my WebDT's stay on all the time.

== Hardware==
You will need a PCMCIA wireless card
 
I purchased an EDUP wireless PCMCIA card which runs the Ralink RT2500 driver which is supported out of the box with the Pad Orbiter software
 
There are other branded RT2500 cards out there I believe but this one is pretty cheap on ebay.

== Installation ==
Remove the Cisco card and put the EDUP card in.
 
Boot and install the Pad Orbiter software.
 
to be cont when I have time ......

WebDT 366 WPA2

2011-04-03T04:24:42Z

Joshpond:

File:Edup.JPG

2011-04-03T04:10:31Z

Joshpond: EDUP PCMCIA wireless card for WebDT 366 WPA 2 security

EDUP PCMCIA wireless card for WebDT 366 WPA 2 security

WebDT 366

2011-04-03T03:53:05Z

Joshpond: Edit to add link to WPA2 security page

[[Category: Hardware]]
{{versioninfo}}
[[Category: WebPads]]
[[Category: Orbiters]]

[[Image:WebDT366.jpg]]

[http://www.dtresearch.com/ Official site]

[http://dtresearch.com/support/manuals/WebDT366%20Basic%20Operation%20Guide.pdf PDF]

[http://webdt.org/ Forum dedicated to all the WebDTs out there]

- Windows® Embedded and Windows XP with Windows Media Player and Internet Explorer; ICA & RDP Terminal clients; Terminal Emulation software 
- Compatible with Windows CE or Windows XP applications 
- Brilliant 8.4" TFT Active Matrix LCD at 800 x 600 SVGA resolution 
- Integrated touch screen display with "on screen" soft keyboard support 
- CompactFlash™ slot; PC Card slot; USB port 
- Built-in HDD, 802.11 b/g WLAN adapter and Bluetooth available 
- Full 16-bit audio with stereo; headset jack; built-in stereo speakers and microphone 

----

Price: $350 - see [http://forum.linuxmce.org/index.php?topic=7051.0 this] forum post for more information on ordering.

----

==Demonstration==

Google Videos:

[http://video.google.com/videoplay?docid=1080865851585336899&ei=XxpvSqKlGYSwrAOP_-mWBQ&q=webdt&hl=en Part 1 of 2]

[http://video.google.com/videoplay?docid=2013509531300772806&ei=XxpvSqKlGYSwrAOP_-mWBQ&hl=en Part 2 of 2]

==Tech Specs==

[[Image:Pins.jpg]]

'''WebDT Pins (Numbered looking at front of cradle)'''

[[Image:Power Connection.jpg]]

'''Power Connection is on the right-hand side of the cradle.'''

[[Image:USB Connections.jpg]]

'''USB B connection is on left-hand side of the cradle, the two USB A connections are on the front.'''

Reading the table: The number to the left of the ":" is the pin number, the number to the right is the number on the usb connection number (as I numbered them).

1: (Unknown)
2: U13
3: U9
4: U2, U6, U11
5: U12
6: (Unknown)

7: U5, U10, U15
8: U8
9: P1
10: U7
11: U14
12: (Unknown)

13: (Unknown)
14: (Unknown)
15: (Unknown)
16: P2
17: (Unknown)
18: U1

Pins U3 and U4 connections' are unknown presently.

==Installing the Orbiter==
- Make sure your system is setup according to the network specifications detailed [http://wiki.linuxmce.org/index.php/Network_Settings here] 
- Format a USB stick. I like Gparted. Use a stick that is at least 1GB. 
- Download the [http://www.linuxmce.org/webpad/webpad-gamma1.dd.bz2 file]. 
- Uncompress it 
sudo bunzip2 webpad-gamma1.dd.bz2
- Copy the file to the stick using dd.
sudo dd if=webpad-gamma1.dd of=/dev/sda 
where /dev/sda is the location of your USB stick. You can use Gparted to determine the location of your stick.
- Plug the stick into the WebDT 366 and power it on. 
- A LinuxMCE splace screen should appear and the installation process will begin automatically. 
- After the installation completes, power down the device, remove the USB stick, and power it back on. 
- The device will boot and show a LinuxMCE splash screen along with a progress bar. After this is loaded, you will be presented with a screen to input your wireless settings. 
- The splash screen will reappear and then a series of screens will ask for input so that an Orbiter can be generated.

Troubleshooting: 
- If you receive the following error:
USB Boot Device : MASS Storage Class [00F9h/FFh/3Fh]
Missing operating system.
No boot device present. Halting.
you have most likely used dd incorrectly:
sudo dd if=webpad-gamma1.dd of=/dev/sda1
Note the addition of the "1" at the end of "/dev/sda". Be sure and use dd without this, or any other number. 
- If your flash drive has multiple partitions, you can make a bootable USB disk with a program like [http://www.ultimatebootcd.com/download.html UBCD] and then remove the multiple partitions, create one, and then proceed with the installation instructions shown above. 
- If your USB stick won't fit into the USB port of the WebDT, use a USB cable extender. 

== Usage ==
- To access the terminal, press the third soft key when the splash screen is displayed upon booting. If this does not work, attach a keyboard to the USB port and when the splash screen appears, press:
CTRL-C
t
- From the terminal, you can run the configuration utility by entering:
/usr/local/bin/TabletCFG
- You can ssh into the tablet using the username of root and the password of root
- Pressing the power key once will suspend the device. Pressing it again will bring it out of suspend. 
- Holding the power key will power down the device. 
- Pressing the second soft key will hide the UI and pressing the first soft key will bring it back. This is useful if you don't want the UI displayed but still want quick access to using the device. 
- Pressing the third soft key will bring up the wireless settings configuration screen. 
- Pressing the fourth soft key will reload the orbiter. 
- Pressing the third soft key plus UP/DOWN on the 4way button on the right, adjusts the brightness of the screen

[http://forum.linuxmce.org/index.php?topic=6577.0 This] forum post proved most useful in creating these instructions.

==WPA2 Wireless security for WebDT366==
[http://wiki.linuxmce.org/index.php/WebDT_366_WPA2 Wiki page for WPA2 security]

WebDT 366 WPA2

2011-04-03T03:52:23Z

Joshpond: Created page with "start of page"

start of page

Foscam FI8918W

2011-04-02T22:36:35Z

Joshpond:

[[Category: Hardware]]
{{Versioninfo}}
[[Category: Cameras]]
[[Category: IP Cameras]]

[[Image:F8918W.jpg|right|thumb|300px]]

== Thanks ==
Thank you to the author of the Foscam F8908W page as this is mostly a copy.
 

== Info ==
Cheap IR wireless IP/Network Pan/tilt Camera. There is no zoom with this camera.
 
Very similar camera to the Foscam F8908W with some modifications to the camera (IR lights) but the firmware (I believe) is the same as the predecessor, the Foscam F8908W

== What's New ==
Compared to the older Foscam F8908W
 
IR lights can be turned off with the software (Not in LinuxMCE)
 
Audio quality is apparently improved and an added microphone jack is provided. (Not used in LinuxMCE)
 
Extra IR light (Eleven now)
 
Power and network light at the back of the camera.
 
Haven't noticed any drop out isssues on my system

== Status ==
Working as a plug and play IP camera with pan/tilt commands.
 
Should work as a 'Generic Motion IP camera' under motion wrapper and used as a sensor as well as recording movement etc. - Check the Foscam F8908 page for more.

== Plug and Play Template Settings ==
This camera is fully plug and play as a stand-alone pan/tilt camera by duplicating the panasonic template and inserting the following scripts.
 
NOTE: The left and right scripts are the other way around from the what is noted in the Foscam F8908W

#84 Get video frame
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];

fix_path=device_.devdata_[2]+auth_s;
fix_path='/'+fix_path if(fix_path[0]!='/'[0]);

s = "GET "+fix_path+" HTTP/1.0\r\n"
s+= "Accept: */*\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(16384, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
if (recv=~ /^HTTP[^\r\n]+200\sOK.+?\r\n\r\n(.+)$/m)
fileName="/tmp/ip_camera_img"+device_.devid_.to_s
imageFile=File.new(fileName+".jpg",'w')
imageFile.print $1
imageFile.close()
system("/usr/bin/convert "+fileName+".jpg "+fileName+".png");
size=File.stat(fileName+".png").size
imageFile=File.new(fileName+".png",'r')
img = imageFile.read(size);
imageFile.close()
data_set(img)
format_set('png')
end
</pre>

#201 Move Down
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];
s = "GET /decoder_control.cgi?command=2&onestep=1&"+auth_s
s+= " HTTP/1.0\r\n Accept: */*\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(256, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
</pre>

#202 move left
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];
#auth_a=Array.new;
#auth_s.each{|c| auth_a.push(c)}
s = "GET /decoder_control.cgi?command=6&onestep=1&"+auth_s
s+= " HTTP/1.0\r\n Accept: */*\r\n"
#s+= "Authorization: Basic "+auth_a.pack("m").chop+"\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(256, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
</pre>

#203 Move Right
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];
#auth_a=Array.new;
#auth_s.each{|c| auth_a.push(c)}
s = "GET /decoder_control.cgi?command=4&onestep=1&"+auth_s
s+= " HTTP/1.0\r\n Accept: */*\r\n"
#s+= "Authorization: Basic "+auth_a.pack("m").chop+"\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(256, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
</pre>

#200 Move Up
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];
#auth_a=Array.new;
#auth_s.each{|c| auth_a.push(c)}
s = "GET /decoder_control.cgi?command=0&onestep=1&"+auth_s
s+= " HTTP/1.0\r\n Accept: */*\r\n"
#s+= "Authorization: Basic "+auth_a.pack("m").chop+"\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(256, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
</pre>

It can be made 'plug and play' by adding the mac range of both the wireless and wired adapters into the new template:
* Wireless range 963357310976 to 963357376511 (DHCP).
* Wired range ??????? - Will try and find this out???????

Pros:
* Plug and play (Just give it a sensible name)
* Pan and Tilt work from on screen arrows
Cons:
* No motion capture

== Features ==
* Browser based
* 10/100mbit LAN
* WPA2 wireless security

== Dropouts ==
There have been reported drop outs with the Foscam F8908W but I have not noticed this with the Foscam F8918W but I do use a static IP address.

== Links ==
http://www.foscam.com

Foscam FI8918W

2011-04-02T06:40:23Z

Joshpond:

[[Category: Hardware]]
{{Versioninfo}}
[[Category: Cameras]]
[[Category: IP Cameras]]

[[Image:F8918W.jpg|right|thumb|300px]]

== Thanks ==
Thank you to the author of the Foscam F8908W page as this is mostly a copy.
 

== Info ==
Cheap IR wireless IP/Network Pan/tilt Camera. There is no zoom with this camera.
 
Very similar camera to the Foscam F8908W with some modifications to the camera (IR lights) but the firmware (I believe) is the same as the predecessor, the Foscam F8908W

== What's New ==
Compared to the older Foscam F8908W
 
IR lights can be turned off with the software (Not in LinuxMCE)
 
Audio quality is apparently improved and an added microphone jack is provided. (Not used in LinuxMCE)
 
Extra IR light (Eleven now)
 
Power and network light at the back of the camera.

== Status ==
Working as a plug and play IP camera with pan/tilt commands as soon as I get the device template up.
 
Should work as a 'Generic Motion IP camera' under motion wrapper and used as a sensor as well as recording movement etc. - Check the Foscam F8908 page for more.

== Plug and Play Template Settings ==
There will be a device template uploaded back up to the sqlcvs when I get the chance but basically:
 
This camera is fully plug and play as a stand-alone pan/tilt camera by duplicating the panasonic template and inserting the following scripts.
 
NOTE: The left and right scripts are the other way around from the what is noted in the Foscam F8908W

#84 Get video frame
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];

fix_path=device_.devdata_[2]+auth_s;
fix_path='/'+fix_path if(fix_path[0]!='/'[0]);

s = "GET "+fix_path+" HTTP/1.0\r\n"
s+= "Accept: */*\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(16384, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
if (recv=~ /^HTTP[^\r\n]+200\sOK.+?\r\n\r\n(.+)$/m)
fileName="/tmp/ip_camera_img"+device_.devid_.to_s
imageFile=File.new(fileName+".jpg",'w')
imageFile.print $1
imageFile.close()
system("/usr/bin/convert "+fileName+".jpg "+fileName+".png");
size=File.stat(fileName+".png").size
imageFile=File.new(fileName+".png",'r')
img = imageFile.read(size);
imageFile.close()
data_set(img)
format_set('png')
end
</pre>

#201 Move Down
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];
s = "GET /decoder_control.cgi?command=2&onestep=1&"+auth_s
s+= " HTTP/1.0\r\n Accept: */*\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(256, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
</pre>

#202 move left
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];
#auth_a=Array.new;
#auth_s.each{|c| auth_a.push(c)}
s = "GET /decoder_control.cgi?command=6&onestep=1&"+auth_s
s+= " HTTP/1.0\r\n Accept: */*\r\n"
#s+= "Authorization: Basic "+auth_a.pack("m").chop+"\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(256, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
</pre>

#203 Move Right
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];
#auth_a=Array.new;
#auth_s.each{|c| auth_a.push(c)}
s = "GET /decoder_control.cgi?command=4&onestep=1&"+auth_s
s+= " HTTP/1.0\r\n Accept: */*\r\n"
#s+= "Authorization: Basic "+auth_a.pack("m").chop+"\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(256, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
</pre>

#200 Move Up
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];
#auth_a=Array.new;
#auth_s.each{|c| auth_a.push(c)}
s = "GET /decoder_control.cgi?command=0&onestep=1&"+auth_s
s+= " HTTP/1.0\r\n Accept: */*\r\n"
#s+= "Authorization: Basic "+auth_a.pack("m").chop+"\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(256, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
</pre>

It can be made 'plug and play' by adding the mac range of both the wireless and wired adapters into the new template:
* Wireless range 963357310976 to 963357376511 (DHCP).
* Wired range ??????? - Will try and find this out???????

Pros:
* Plug and play (Just give it a sensible name)
* Pan and Tilt work from on screen arrows
Cons:
* No motion capture

== Features ==
* Browser based
* 10/100mbit LAN
* WPA2 wireless security

== Dropouts ==
There have been reported drop outs with the Foscam F8908W but I have not noticed this with the Foscam F8918W but I do use a static IP address.

== Links ==
http://www.foscam.com

File:F8918W.jpg

2011-04-02T06:38:28Z

Joshpond: Foscam F8918W IP Surveillance Camera

Foscam F8918W IP Surveillance Camera

Foscam FI8918W

2011-04-02T06:26:31Z

Joshpond:

[[Category: Hardware]]
{{Versioninfo}}
[[Category: Cameras]]
[[Category: IP Cameras]]

[[Image:F8918W.jpg|right|thumb|300px]]

== Thanks ==
Thank you to the author of the Foscam F8908W page as this is mostly a copy.
 
Change picture as soon as I figure out how to.

== Things to edit ==
Just starting to edit this page as I have time.

== Info ==
Cheap IR wireless IP/Network Pan/tilt Camera. There is no zoom with this camera.
 
Very similar camera to the Foscam F8908W with some modifications to the camera (IR lights) but the firmware (I believe) is the same as the predecessor, the Foscam F8908W

== What's New ==
Compared to the older Foscam F8908W
 
IR lights can be turned off with the software (Not in LinuxMCE)
 
Audio quality is apparently improved and an added microphone jack is provided. (Not used in LinuxMCE)
 
Extra IR light (Eleven now)
 
Power and network light at the back of the camera.

== Status ==
Working as a plug and play IP camera with pan/tilt commands as soon as I get the device template up.
 
Should work as a 'Generic Motion IP camera' under motion wrapper and used as a sensor as well as recording movement etc. - Check the Foscam F8908 page for more.

== Plug and Play Template Settings ==
There will be a device template uploaded back up to the sqlcvs when I get the chance but basically:
 
This camera is fully plug and play as a stand-alone pan/tilt camera by duplicating the panasonic template and inserting the following scripts.
 
NOTE: The left and right scripts are the other way around from the what is noted in the Foscam F8908W

#84 Get video frame
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];

fix_path=device_.devdata_[2]+auth_s;
fix_path='/'+fix_path if(fix_path[0]!='/'[0]);

s = "GET "+fix_path+" HTTP/1.0\r\n"
s+= "Accept: */*\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(16384, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
if (recv=~ /^HTTP[^\r\n]+200\sOK.+?\r\n\r\n(.+)$/m)
fileName="/tmp/ip_camera_img"+device_.devid_.to_s
imageFile=File.new(fileName+".jpg",'w')
imageFile.print $1
imageFile.close()
system("/usr/bin/convert "+fileName+".jpg "+fileName+".png");
size=File.stat(fileName+".png").size
imageFile=File.new(fileName+".png",'r')
img = imageFile.read(size);
imageFile.close()
data_set(img)
format_set('png')
end
</pre>

#201 Move Down
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];
s = "GET /decoder_control.cgi?command=2&onestep=1&"+auth_s
s+= " HTTP/1.0\r\n Accept: */*\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(256, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
</pre>

#202 move left
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];
#auth_a=Array.new;
#auth_s.each{|c| auth_a.push(c)}
s = "GET /decoder_control.cgi?command=6&onestep=1&"+auth_s
s+= " HTTP/1.0\r\n Accept: */*\r\n"
#s+= "Authorization: Basic "+auth_a.pack("m").chop+"\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(256, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
</pre>

#203 Move Right
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];
#auth_a=Array.new;
#auth_s.each{|c| auth_a.push(c)}
s = "GET /decoder_control.cgi?command=4&onestep=1&"+auth_s
s+= " HTTP/1.0\r\n Accept: */*\r\n"
#s+= "Authorization: Basic "+auth_a.pack("m").chop+"\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(256, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
</pre>

#200 Move Up
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];
#auth_a=Array.new;
#auth_s.each{|c| auth_a.push(c)}
s = "GET /decoder_control.cgi?command=0&onestep=1&"+auth_s
s+= " HTTP/1.0\r\n Accept: */*\r\n"
#s+= "Authorization: Basic "+auth_a.pack("m").chop+"\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(256, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
</pre>

It can be made 'plug and play' by adding the mac range of both the wireless and wired adapters into the new template:
* Wireless range 963357310976 to 963357376511 (DHCP).
* Wired range ??????? - Will try and find this out???????

Pros:
* Plug and play (Just give it a sensible name)
* Pan and Tilt work from on screen arrows
Cons:
* No motion capture

== Features ==
* Browser based
* 10/100mbit LAN
* WPA2 wireless security

== Dropouts ==
There have been reported drop outs with the Foscam F8908W but I have not noticed this with the Foscam F8918W but I do use a static IP address.

== Links ==
http://www.foscam.com

Foscam FI8918W

2011-04-02T06:18:42Z

Joshpond:

[[Category: Hardware]]
{{Versioninfo}}
[[Category: Cameras]]
[[Category: IP Cameras]]

[[Image:F8918W.jpg|right|thumb|300px]]

== Thanks ==
Thank you to the author of the Foscam F8908W page as this is mostly a copy.
 
Change picture as soon as I figure out how to.

== Things to edit ==
Just starting to edit this page as I have time.

== Info ==
Cheap IR wireless IP/Network Pan/tilt Camera. There is no zoom with this camera.
 
Very similar camera to the Foscam F8908W with some modifications to the camera (IR lights) but the firmware (I believe) is the same as the predecessor, the Foscam F8908W

== What's New ==
Compared to the older Foscam F8908W
 
IR lights can be turned off with the software (Not in LinuxMCE)
 
Audio quality is apparently improved and an added microphone jack is provided. (Not used in LinuxMCE)
 
Extra IR light (Eleven now)
 
Power and network light at the back of the camera.

== Status ==
Working as a plug and play IP camera with pan/tilt commands as soon as I get the device template up.
 
Should work as a 'Generic Motion IP camera' under motion wrapper and used as a sensor as well as recording movement etc. - Check the Foscam F8908 page for more.

== Plug and Play Template Settings ==
There will be a device template uploaded back up to the sqlcvs when I get the chance but basically:
 
This camera is fully plug and play as a stand-alone pan/tilt camera by duplicating the panasonic template and inserting the following scripts.
 
NOTE: The left and right scripts are the other way around from the what is noted in the Foscam F8908W

#84 Get video frame
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];

fix_path=device_.devdata_[2]+auth_s;
fix_path='/'+fix_path if(fix_path[0]!='/'[0]);

s = "GET "+fix_path+" HTTP/1.0\r\n"
s+= "Accept: */*\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(16384, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
if (recv=~ /^HTTP[^\r\n]+200\sOK.+?\r\n\r\n(.+)$/m)
fileName="/tmp/ip_camera_img"+device_.devid_.to_s
imageFile=File.new(fileName+".jpg",'w')
imageFile.print $1
imageFile.close()
system("/usr/bin/convert "+fileName+".jpg "+fileName+".png");
size=File.stat(fileName+".png").size
imageFile=File.new(fileName+".png",'r')
img = imageFile.read(size);
imageFile.close()
data_set(img)
format_set('png')
end
</pre>

#201 Move Down
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];
s = "GET /decoder_control.cgi?command=2&onestep=1&"+auth_s
s+= " HTTP/1.0\r\n Accept: */*\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(256, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
</pre>

#202 move left
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];
#auth_a=Array.new;
#auth_s.each{|c| auth_a.push(c)}
s = "GET /decoder_control.cgi?command=6&onestep=1&"+auth_s
s+= " HTTP/1.0\r\n Accept: */*\r\n"
#s+= "Authorization: Basic "+auth_a.pack("m").chop+"\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(256, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
</pre>

#203 Move Right
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];
#auth_a=Array.new;
#auth_s.each{|c| auth_a.push(c)}
s = "GET /decoder_control.cgi?command=4&onestep=1&"+auth_s
s+= " HTTP/1.0\r\n Accept: */*\r\n"
#s+= "Authorization: Basic "+auth_a.pack("m").chop+"\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(256, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
</pre>

#200 Move Up
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];
#auth_a=Array.new;
#auth_s.each{|c| auth_a.push(c)}
s = "GET /decoder_control.cgi?command=0&onestep=1&"+auth_s
s+= " HTTP/1.0\r\n Accept: */*\r\n"
#s+= "Authorization: Basic "+auth_a.pack("m").chop+"\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(256, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
</pre>

It can be made 'plug and play' by adding the mac range of both the wireless and wired adapters into the new template:
* Wireless range 963357310976 to 963357376511 (DHCP).
* Wired range ??????? - Will try and find this out???????

Pros:
* Plug and play (Just give it a sensible name)
* Pan and Tilt work from on screen arrows
Cons:
* No motion capture

== Features ==
* Browser based
* 10/100mbit LAN
* WPA2 wireless security

== Dropouts ==
There have been reported drop outs with the Foscam F8908W but I have not noticed this with the Foscam F8918W.

== Links ==
http://www.foscam.com

Foscam FI8918W

2011-04-02T06:08:43Z

Joshpond:

[[Category: Hardware]]
{{Versioninfo}}
[[Category: Cameras]]
[[Category: IP Cameras]]

[[Image:Foscam-FI8908W.jpg|right|thumb|300px]]

== Thanks ==
Thank you to the author of the Foscam F8908W page as this is mostly a copy.
 
Change picture as soon as I figure out how to.

== Things to edit ==
Just starting to edit this page as I have time.

== Info ==
Cheap IR wireless IP/Network Pan/tilt Camera. There is no zoom with this camera.
 
Very similar camera to the Foscam F8908W with some modifications to the camera (IR lights) but the firmware (I believe) is the same as the predecessor, the Foscam F8908W

== What's New ==
Compared to the older Foscam F8908W
 
IR lights can be turned off with the software (Not in LinuxMCE)
 
Audio quality is apparently improved and an added microphone jack is provided. (Not used in LinuxMCE)
 
Extra IR light (Eleven now)
 
Power and network light at the back of the camera.

== Status ==
Working as a plug and play IP camera with pan/tilt commands as soon as I get the device template up.
 
Should work as a 'Generic Motion IP camera' under motion wrapper and used as a sensor as well as recording movement etc. - Check the Foscam F8908 page for more.

== Plug and Play Template Settings ==
There will be a device template uploaded back up to the sqlcvs when I get the chance but basically:
 
This camera is fully plug and play as a stand-alone pan/tilt camera by duplicating the panasonic template and inserting the following scripts.
 
NOTE: The left and right scripts are the other way around from the what is noted in the Foscam F8908W

#84 Get video frame
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];

fix_path=device_.devdata_[2]+auth_s;
fix_path='/'+fix_path if(fix_path[0]!='/'[0]);

s = "GET "+fix_path+" HTTP/1.0\r\n"
s+= "Accept: */*\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(16384, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
if (recv=~ /^HTTP[^\r\n]+200\sOK.+?\r\n\r\n(.+)$/m)
fileName="/tmp/ip_camera_img"+device_.devid_.to_s
imageFile=File.new(fileName+".jpg",'w')
imageFile.print $1
imageFile.close()
system("/usr/bin/convert "+fileName+".jpg "+fileName+".png");
size=File.stat(fileName+".png").size
imageFile=File.new(fileName+".png",'r')
img = imageFile.read(size);
imageFile.close()
data_set(img)
format_set('png')
end
</pre>

#201 Move Down
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];
s = "GET /decoder_control.cgi?command=2&onestep=1&"+auth_s
s+= " HTTP/1.0\r\n Accept: */*\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(256, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
</pre>

#202 move left
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];
#auth_a=Array.new;
#auth_s.each{|c| auth_a.push(c)}
s = "GET /decoder_control.cgi?command=6&onestep=1&"+auth_s
s+= " HTTP/1.0\r\n Accept: */*\r\n"
#s+= "Authorization: Basic "+auth_a.pack("m").chop+"\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(256, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
</pre>

#203 Move Right
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];
#auth_a=Array.new;
#auth_s.each{|c| auth_a.push(c)}
s = "GET /decoder_control.cgi?command=4&onestep=1&"+auth_s
s+= " HTTP/1.0\r\n Accept: */*\r\n"
#s+= "Authorization: Basic "+auth_a.pack("m").chop+"\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(256, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
</pre>

#200 Move Up
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];
#auth_a=Array.new;
#auth_s.each{|c| auth_a.push(c)}
s = "GET /decoder_control.cgi?command=0&onestep=1&"+auth_s
s+= " HTTP/1.0\r\n Accept: */*\r\n"
#s+= "Authorization: Basic "+auth_a.pack("m").chop+"\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(256, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
</pre>

It can be made 'plug and play' by adding the mac range of both the wireless and wired adapters into the new template:
* Wireless range 963357310976 to 963357376511 (DHCP).
* Wired range ??????? - Will try and find this out???????

Pros:
* Plug and play (Just give it a sensible name)
* Pan and Tilt work from on screen arrows
Cons:
* No motion capture

== Features ==
* Browser based
* 10/100mbit LAN
* WPA2 wireless security

== Dropouts ==
There have been reported drop outs with the Foscam F8908W but I have not noticed this with the Foscam F8918W.

== Links ==
http://www.foscam.com

Foscam FI8918W

2011-04-02T04:49:49Z

Joshpond:

[[Category: Hardware]]
{{Versioninfo}}
[[Category: Cameras]]
[[Category: IP Cameras]]

[[Image:Foscam-FI8908W.jpg|right|thumb|300px]]

== Thanks ==
Thank you to the author of the Foscam F8908W page as this is mostly a copy.
 
Change picture as soon as I figure out how to.

== Things to edit ==
Just starting to edit this page as I have time.

== Info ==
Cheap IR wireless IP/Network Pan/tilt Camera. There is no zoom with this camera.
 
Very similar camera to the Foscam F8908W with some modifications to the camera (IR lights) but the firmware (I believe) is the same as the predecessor, the Foscam F8908W

== Status ==
Working as a plug and play IP camera with pan/tilt commands as soon as I get the device template up.
 
Should work as a 'Generic Motion IP camera' under motion wrapper and used as a sensor as well as recording movement etc. - Check the Foscam F8908 page for more.

== Plug and Play Template Settings ==
There will be a device template uploaded back up to the sqlcvs when I get the chance but basically:
 
This camera is fully plug and play as a stand-alone pan/tilt camera by duplicating the panasonic template and inserting the following scripts.
 
NOTE: The left and right scripts are the other way around from the what is noted in the Foscam F8908W

#84 Get video frame
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];

fix_path=device_.devdata_[2]+auth_s;
fix_path='/'+fix_path if(fix_path[0]!='/'[0]);

s = "GET "+fix_path+" HTTP/1.0\r\n"
s+= "Accept: */*\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(16384, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
if (recv=~ /^HTTP[^\r\n]+200\sOK.+?\r\n\r\n(.+)$/m)
fileName="/tmp/ip_camera_img"+device_.devid_.to_s
imageFile=File.new(fileName+".jpg",'w')
imageFile.print $1
imageFile.close()
system("/usr/bin/convert "+fileName+".jpg "+fileName+".png");
size=File.stat(fileName+".png").size
imageFile=File.new(fileName+".png",'r')
img = imageFile.read(size);
imageFile.close()
data_set(img)
format_set('png')
end
</pre>

#201 Move Down
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];
s = "GET /decoder_control.cgi?command=2&onestep=1&"+auth_s
s+= " HTTP/1.0\r\n Accept: */*\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(256, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
</pre>

#202 move left
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];
#auth_a=Array.new;
#auth_s.each{|c| auth_a.push(c)}
s = "GET /decoder_control.cgi?command=6&onestep=1&"+auth_s
s+= " HTTP/1.0\r\n Accept: */*\r\n"
#s+= "Authorization: Basic "+auth_a.pack("m").chop+"\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(256, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
</pre>

#203 Move Right
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];
#auth_a=Array.new;
#auth_s.each{|c| auth_a.push(c)}
s = "GET /decoder_control.cgi?command=4&onestep=1&"+auth_s
s+= " HTTP/1.0\r\n Accept: */*\r\n"
#s+= "Authorization: Basic "+auth_a.pack("m").chop+"\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(256, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
</pre>

#200 Move Up
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];
#auth_a=Array.new;
#auth_s.each{|c| auth_a.push(c)}
s = "GET /decoder_control.cgi?command=0&onestep=1&"+auth_s
s+= " HTTP/1.0\r\n Accept: */*\r\n"
#s+= "Authorization: Basic "+auth_a.pack("m").chop+"\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(256, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
</pre>

It can be made 'plug and play' by adding the mac range of both the wireless and wired adapters into the new template:
* Wireless range 963357310976 to 963357376511 (DHCP).
* Wired range ??????? - Will try and find this out???????

Pros:
* Plug and play (Just give it a sensible name)
* Pan and Tilt work from on screen arrows
Cons:
* No motion capture

== Features ==
* Browser based
* 10/100mbit LAN
* WPA2 wireless security

== Dropouts ==
There have been reported drop outs with the Foscam F8908W but I have not noticed this with the Foscam F8918W.

== Links ==
http://www.foscam.com

Foscam FI8918W

2011-04-02T04:45:48Z

Joshpond:

[[Category: Hardware]]
{{Versioninfo}}
[[Category: Cameras]]
[[Category: IP Cameras]]

[[Image:Foscam-FI8908W.jpg|right|thumb|300px]]

== Thanks ==
Just starting to edit this page as I have time but sorry it is mostly a direct copy of the Foscam F8918W page.
Very similar camera to the Foscam F8908W with some modifications to the camera but the firmware (I believe) is the same as the predecessor, the Foscam F8908W

== Info ==
Cheap IR wireless IP/Network Pan/tilt Camera. There is no zoom with this camera.

== Status ==
Working as a plug and play IP camera with pan/tilt commands as soon as I get the device template up.
Should work as a 'Generic Motion IP camera' under motion wrapper and used as a sensor as well as recording movement etc. - Check the Foscam F8908 page for more.

== Plug and Play Template Settings ==
There will be a device template uploaded back up to the sqlcvs when I get the chance but basically:
This camera is fully plug and play as a stand-alone pan/tilt camera by duplicating the panasonic template and inserting the following scripts.
NOTE: The left and right scripts are the other way around from the what is noted in the Foscam F8908W

#84 Get video frame
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];

fix_path=device_.devdata_[2]+auth_s;
fix_path='/'+fix_path if(fix_path[0]!='/'[0]);

s = "GET "+fix_path+" HTTP/1.0\r\n"
s+= "Accept: */*\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(16384, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
if (recv=~ /^HTTP[^\r\n]+200\sOK.+?\r\n\r\n(.+)$/m)
fileName="/tmp/ip_camera_img"+device_.devid_.to_s
imageFile=File.new(fileName+".jpg",'w')
imageFile.print $1
imageFile.close()
system("/usr/bin/convert "+fileName+".jpg "+fileName+".png");
size=File.stat(fileName+".png").size
imageFile=File.new(fileName+".png",'r')
img = imageFile.read(size);
imageFile.close()
data_set(img)
format_set('png')
end
</pre>

#201 Move Down
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];
s = "GET /decoder_control.cgi?command=2&onestep=1&"+auth_s
s+= " HTTP/1.0\r\n Accept: */*\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(256, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
</pre>

#202 move left
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];
#auth_a=Array.new;
#auth_s.each{|c| auth_a.push(c)}
s = "GET /decoder_control.cgi?command=6&onestep=1&"+auth_s
s+= " HTTP/1.0\r\n Accept: */*\r\n"
#s+= "Authorization: Basic "+auth_a.pack("m").chop+"\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(256, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
</pre>

#203 Move Right
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];
#auth_a=Array.new;
#auth_s.each{|c| auth_a.push(c)}
s = "GET /decoder_control.cgi?command=4&onestep=1&"+auth_s
s+= " HTTP/1.0\r\n Accept: */*\r\n"
#s+= "Authorization: Basic "+auth_a.pack("m").chop+"\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(256, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
</pre>

#200 Move Up
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];
#auth_a=Array.new;
#auth_s.each{|c| auth_a.push(c)}
s = "GET /decoder_control.cgi?command=0&onestep=1&"+auth_s
s+= " HTTP/1.0\r\n Accept: */*\r\n"
#s+= "Authorization: Basic "+auth_a.pack("m").chop+"\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(256, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
</pre>

It can be made 'plug and play' by adding the mac range of both the wireless and wired adapters into the new template:
* Wireless range 963357310976 to 963357376511 (DHCP).
* Wired range ??????? - Will try and find this out???????

Pros:
* Plug and play (Just give it a sensible name)
* Pan and Tilt work from on screen arrows
Cons:
* No motion capture

== Features ==
* Browser based
* 10/100mbit LAN
* WPA2 wireless security

== Dropouts ==
There have been reported drop outs with the Foscam F8908W but I have not noticed this with the Foscam F8918W.

== Links ==
http://www.foscam.com

Foscam FI8918W

2011-04-02T04:36:15Z

Joshpond:

[[Category: Hardware]]
{{Versioninfo}}
[[Category: Cameras]]
[[Category: IP Cameras]]

[[Image:Foscam-FI8908W.jpg|right|thumb|300px]]

== Thanks ==
Just starting to edit this page as I have time but sorry it is mostly a direct copy of the foscam 8908 page
Very similar camera to the Foscam F8908W with some modifications to the camera but the firmware (I believe) is the same as the predecessor, the Foscam F8908W

== Info ==
Cheap IR wireless IP/Network Pan/tilt Camera

== Status ==
Working as a plug and play IP camera with pan/tilt commands as soon as I get the device template up.
Should work as a 'Generic Motion IP camera' under motion wrapper and used as a sensor as well as recording movement etc. - Check the Foscam F8908 page for more.

== Plug and Play Template Settings ==
This camera is fully plug and play as a stand-alone pan/tilt camera by duplicating the panasonic template and inserting the following scripts.

#84 Get video frame
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];

fix_path=device_.devdata_[2]+auth_s;
fix_path='/'+fix_path if(fix_path[0]!='/'[0]);

s = "GET "+fix_path+" HTTP/1.0\r\n"
s+= "Accept: */*\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(16384, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
if (recv=~ /^HTTP[^\r\n]+200\sOK.+?\r\n\r\n(.+)$/m)
fileName="/tmp/ip_camera_img"+device_.devid_.to_s
imageFile=File.new(fileName+".jpg",'w')
imageFile.print $1
imageFile.close()
system("/usr/bin/convert "+fileName+".jpg "+fileName+".png");
size=File.stat(fileName+".png").size
imageFile=File.new(fileName+".png",'r')
img = imageFile.read(size);
imageFile.close()
data_set(img)
format_set('png')
end
</pre>
#201 Move Down
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];
s = "GET /decoder_control.cgi?command=2&onestep=1&"+auth_s
s+= " HTTP/1.0\r\n Accept: */*\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(256, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
</pre>
#202 move left
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];
#auth_a=Array.new;
#auth_s.each{|c| auth_a.push(c)}
s = "GET /decoder_control.cgi?command=4&onestep=1&"+auth_s
s+= " HTTP/1.0\r\n Accept: */*\r\n"
#s+= "Authorization: Basic "+auth_a.pack("m").chop+"\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(256, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
</pre>
#203 Move Right
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];
#auth_a=Array.new;
#auth_s.each{|c| auth_a.push(c)}
s = "GET /decoder_control.cgi?command=6&onestep=1&"+auth_s
s+= " HTTP/1.0\r\n Accept: */*\r\n"
#s+= "Authorization: Basic "+auth_a.pack("m").chop+"\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(256, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
</pre>
#200 Move Up
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];
#auth_a=Array.new;
#auth_s.each{|c| auth_a.push(c)}
s = "GET /decoder_control.cgi?command=0&onestep=1&"+auth_s
s+= " HTTP/1.0\r\n Accept: */*\r\n"
#s+= "Authorization: Basic "+auth_a.pack("m").chop+"\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(256, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
</pre>
It can be made 'plug and play' by adding the mac range of both the wireless and wired adapters into the new template:
* Wireless range 79373008896 to 79389786111 (DHCP).
* Wired range 414170742784 to 414171791359 (DHCP).

Pros:
* Plug and play (Just give it a sensible name)
* Pan and Tilt work from on screen arrows
Cons:
* No motion capture

== Features ==
* Browser based
* 10/100mbit LAN
== Dropouts ==
There have been reports of dhcp dropouts. Suggested fix:
http://blog.stead.id.au/2010/06/resolving-foscam-connection-dropouts.html

== Links ==
* [http://www.gadgetvictims.com/2009/07/foscam-ip-camera-part-two.html Foscam IP Camera (Part Two)]
* [http://forum.linuxmce.org/index.php?topic=9969.0 Forum discussion]

Foscam FI8918W

2011-04-02T04:32:00Z

Joshpond: Created page with "Category: Hardware {{Versioninfo}} Category: Cameras Category: IP Cameras 300px == Info == Cheap IR wireless IP/Network Pan..."

[[Category: Hardware]]
{{Versioninfo}}
[[Category: Cameras]]
[[Category: IP Cameras]]

[[Image:Foscam-FI8908W.jpg|right|thumb|300px]]

== Info ==
Cheap IR wireless IP/Network Pan/tilt Camera

== Status ==
Provisionally working either as a plug and play IP camera with pan/tilt commands or as a 'Generic Motion IP camera' under motion wrapper and used as a sensor as well as recording movement etc.

== Generic Motion IP Camera Hack ==
If using under motion the pan/tilt commands do not work. It can optionally be made 'plug and play' under motion by manually adding the mac range of both the wireless and wired adapters into the 'Generic Motion IP Camera' template:
* Wireless range 79373008896 to 79389786111 (DHCP).
* Wired range 414170742784 to 414171791359 (DHCP).

After the device has been detected and assigned a room just give it a sensible name and add the following to the path parameter in web admin:
* hxxp://<CAMERA_IP_ADDRESS>/videostream.cgi?user=XXXXX&pwd=XXXXX

Replace the ip address and the XXXXX with your settings

Pros:
* Plug and Play (Just give it a sensible name)
* Installed under motion for security monitoring/recording
Cons:
* Path must be manually set as described above
* No Pan/Tilt other than via its own web interface

== Plug and Play Template Settings ==
This camera is fully plug and play as a stand-alone pan/tilt camera by duplicating the panasonic template and inserting the following scripts.

#84 Get video frame
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];

fix_path=device_.devdata_[2]+auth_s;
fix_path='/'+fix_path if(fix_path[0]!='/'[0]);

s = "GET "+fix_path+" HTTP/1.0\r\n"
s+= "Accept: */*\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(16384, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
if (recv=~ /^HTTP[^\r\n]+200\sOK.+?\r\n\r\n(.+)$/m)
fileName="/tmp/ip_camera_img"+device_.devid_.to_s
imageFile=File.new(fileName+".jpg",'w')
imageFile.print $1
imageFile.close()
system("/usr/bin/convert "+fileName+".jpg "+fileName+".png");
size=File.stat(fileName+".png").size
imageFile=File.new(fileName+".png",'r')
img = imageFile.read(size);
imageFile.close()
data_set(img)
format_set('png')
end
</pre>
#201 Move Down
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];
s = "GET /decoder_control.cgi?command=2&onestep=1&"+auth_s
s+= " HTTP/1.0\r\n Accept: */*\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(256, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
</pre>
#202 move left
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];
#auth_a=Array.new;
#auth_s.each{|c| auth_a.push(c)}
s = "GET /decoder_control.cgi?command=4&onestep=1&"+auth_s
s+= " HTTP/1.0\r\n Accept: */*\r\n"
#s+= "Authorization: Basic "+auth_a.pack("m").chop+"\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(256, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
</pre>
#203 Move Right
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];
#auth_a=Array.new;
#auth_s.each{|c| auth_a.push(c)}
s = "GET /decoder_control.cgi?command=6&onestep=1&"+auth_s
s+= " HTTP/1.0\r\n Accept: */*\r\n"
#s+= "Authorization: Basic "+auth_a.pack("m").chop+"\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(256, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
</pre>
#200 Move Up
<pre>
conn_.Reconnect()
auth_s="user="+device_.devdata_[114]+"&pwd="+device_.devdata_[115];
#auth_a=Array.new;
#auth_s.each{|c| auth_a.push(c)}
s = "GET /decoder_control.cgi?command=0&onestep=1&"+auth_s
s+= " HTTP/1.0\r\n Accept: */*\r\n"
#s+= "Authorization: Basic "+auth_a.pack("m").chop+"\r\n"
s+= "\r\n"

conn_.Send(s)
recv=""
while(true)
buff=conn_.Recv(256, 5000)
if(buff.length() == 0)
break
end
recv = recv + buff
end
</pre>
It can be made 'plug and play' by adding the mac range of both the wireless and wired adapters into the new template:
* Wireless range 79373008896 to 79389786111 (DHCP).
* Wired range 414170742784 to 414171791359 (DHCP).

Pros:
* Plug and play (Just give it a sensible name)
* Pan and Tilt work from on screen arrows
Cons:
* No motion capture

== Features ==
* Browser based
* 10/100mbit LAN
== Dropouts ==
There have been reports of dhcp dropouts. Suggested fix:
http://blog.stead.id.au/2010/06/resolving-foscam-connection-dropouts.html

== Links ==
* [http://www.gadgetvictims.com/2009/07/foscam-ip-camera-part-two.html Foscam IP Camera (Part Two)]
* [http://forum.linuxmce.org/index.php?topic=9969.0 Forum discussion]

User:Joshpond

2011-03-09T20:43:55Z

Joshpond:

<h1>Background</h1>
The Plan is to use LinuxMCE to record TV through a HDHomeRun, Stream Music to squeezeboxes and MDs and possibly lighting/AV equipment control
I currently use the NAS to stream directly to C200 Popcorn Hours as this allows me to play BD.iso

<h1>Setup</h1>
<h2>Core/Hybrid</h2>
* Summary: It is installed as a hybrid but will be used as a dedicated core in the future
* Mainboard: ASrock N68-S3-UCC DDR3 All-In-One DDR3
* CPU: Sempron 140
* Memory: 2 GB Kingston
* Case: A cheap 2U rack mount case
* HDD: One 320GB Seagate AV drive (spare part I used)
* NIC: Onboard 100M for external (Nvidia) and a cheap Gigabit (Ritmo I believe which uses a Realtek r8169 nodule) card for internal
* Video: On Board NVidia - Didn't get the start up video but didn't really care as core only.

Everything seems to work straight out of the box with no issues.

<h2>Networking</h2>
* Tenda 'el cheap' Gigabit switch
* Linksys wireless AP point, set to DHCP off.

<h2>NAS</h2>
* unRAID NAS [http://www.line-technology.com] - Not part of LinuxMCE

[[Category:User Setups]]
[[Category:Australian Setups]]

User:Joshpond

2011-03-09T20:23:03Z

Joshpond: New page: User:joshpond First go at editing the wiki so here goes: * 1 Operational System o 1.1 Core/Hybrid o 1.2 Networking o 1.3 File Server 1 Operational Syst...

User:joshpond
First go at editing the wiki so here goes:

* 1 Operational System
o 1.1 Core/Hybrid
o 1.2 Networking
o 1.3 File Server

1 Operational System

* Mar 10 2011; install of LinuxMCe DVD with latest apt-get update/upgrade
* Currently run a NAS and streaming to C200 Popcorn Hours as this allows playback of BD.ISOs

1.1 Core/Hybrid (Currently will change to core only)

* ASrock N68-S3-UCC DDR3 All-In-One DDR3
o 2 GB Kingston RAM DDR3,
o Onboard Nvidia ethernet controller. External network. NOTE: only 100MB/s, you can get the GS3 which has a different
o Onboard Video - Nvidia
o Ritmo (I believe) 2nd Nic/internal network - Realtek r8169 network chip. - Gigabit

1.2 Networking
* Tenda 'el cheap' Gigabit switch
* Linksys wireless AP point, set to DHCP off.

1.3 File Server
* unRAID NAS [http://www.line-technology.com] - Not part of LinuxMCE

So far This motherboard works out of the box with this network card.