Input

book: Create a structured PDF document with headings, chapters, etc.
webpage: Specifies that the HTML sources are unstructured (plain web pages.) A page break is inserted between each file or URL in the output.
continuous: Specifies that the HTML sources are unstructured (plain web pages.) No page breaks are inserted between each file or URL in the output.
Title of the document for the front page.
Extract the first heading of the document and use it as title. If checked the title field has no effect.
The title image or HTML page. These file has to be an attachments!
Specify document version to be displayed on the title page.
Intellectual property owner of this document.
Copyright notice for this document.
Information about who and when modified the document are applied at the end.

Output

Specifies the output format.
Grayscale document  Title page
Compression :   JPEG big images 

Pagina

 
User defined page size 		 Choose one of the predefined standard sizes or select user defined.
Specifies the page size using a standard name or in points (no suffix or ##x##pt), inches (##x##in), centimeters (##x##cm), or millimeters (##x##mm).
Set the target browser width in pixels (400-1200). This determines the page scaling of images.
   2-Sided   Landscape
   
   
   
Specifies the margin size using points (no suffix or ##x##pt), inches (##x##in), centimeters (##x##cm), or millimeters (##x##mm). Keep empty for default value.
Left
Middle
Right
Sets the page header to use on body pages.
Left
Middle
Right
Sets the page footer to use on body pages.

Indice

Sets the number of levels in the table-of-contents. Empty for unlimited levels.
   Numbered headings Check to number all of the headings in the document.
Sets the title for the table-of-contents. Empty for default title.
Left
Middle
Right
Sets the page header to use on table-of-contents pages.
Left
Middle
Right
Sets the page footer to use on table-of-contents pages.

Colors

Enter the HTML color for the body (background).
Enter the image file for the body (background). These file has to be an attachments!
Enter the HTML color for the text.
Sets the color of links.
Enables generation of links in PDF files.

Fonts

Set the default size of text.
Set the spacing between lines of text.
Choose the default typeface (font) of text.
Choose the default typeface (font) of headings.
Set the size of header and footer text.
Choose the font for header and footer text.
Change the encoding of the text in document.
Check to embed font in the output file.

PDF

Controls the initial viewing mode for the document.
Document: Displays only the docuemnt pages.
Outline: Display the table-of-contents outline as well as the document pages.
Full-screen: Displays pages on the whole screen; this mode is used primarily for presentations.
Controls the initial layout of document pages on the screen.
Single: Displays a single page at a time.
One column: Displays a single column of pages at a time.
Two column left/right: Display two columns of pages at a time; the first page is displayed in the left or right column as selected.
Choose the initial page that will be shown.

Security

Check to number all of the headings in the document.
 Versione stampabile   Modify
 Copy   Annotate		 Specifies the document permissions.
Specifies the user password to restrict viewing permissions on this PDF document. Empty for no encryption.
Specifies the owner password to control who can change document permissions etc. If this field is left blank, a random 32-character password is generated so that no one can change the document.

Expert

Specify language to use for date and time format.
Shrink code blocks on page.
Show line numbers for code blocks.
Make spaces visable by dots (·) instead of white spaces.
Make line breaks visable by a extra character (¶) at the end.
Enable this feature if you searching for problems or intent to report a bug report

About

Version 2.4.2 (MoinMoin 1.9.7)


MoinMoin - Generate PDF document using HTMLDOC

This action script generate PDF documents from a Wiki site using
the HTMLDOC (http://www.htmldoc.org) software packages which has
to be preinstalled first.

Copy this script in your's MoinMoin action script plugin directory.

Thanks goes to Pascal Bauermeister who initiated the implementaion.
Lot of things changes since then but the idear using HTMLDOC is the
main concept of this implementation.

Please visit the homepage for further informations:
http://moinmo.in/ActionMarket/PdfAction

@copyright: (C) 2006 Pascal Bauermeister
@copyright: (C) 2006-2010 Raphael Bossek <raphael.bossek@solutions4linux.de>
@license: GNU GPL, see COPYING for details

       

Italiano English
Modifica History Actions

NanostationM5AirOSModOLSR

Le sedi di Ninux sono:

a Roma presso il FusoLab

  • Fusolab

a Pisa all'EigenLab

  • Eingelab

a Cosenza presso la sede dell'Hacklab Cosenza

  • HLCS

a Catanzaro presso la sede dell'Hacklab Catanzaro

  • HLCZ

a Firenze presso l'exfila

  • exfila

a Bologna presso il makerspace di RaspiBO

  • NinuxBO

Ninux.org partecipa al World IPv6 day

  • WorldIpv6Day

Ubiquiti Nanostation M5 with AirOS firmware and OLSR

Ubiquiti Networks provides developers with a SDK to build their factory firmware, AirOS. Both the SDK and the cross-compiler toolchain can be found in the support section of their homepage [0].

By default AirOS uses no dynamic routing protocol, while Ninux.org uses OLSR. The only way to use OLSR with AirOS to make a Ninux node speak OLSR is to patch the firmware and the web interface to include OLSR support.

{i} This patch does not modify the existing kernel configuration nor the wifi driver in order to preserve the stability and functionality of the original firmware. So please note that this patched firmware, like the original one, has no adhoc mode.

Indice

  1. Ubiquiti Nanostation M5 with AirOS firmware and OLSR
    1. SDK 3.5 with Debian/Ubuntu
    2. SDK 5.2 with OLSR 0.6.0
    3. SDK 5.2.1 with OLSR 0.6.1
    4. Official Ubiquiti SDK 5.3.3 with olsrd (stable git)
    5. Binary Firmware Images
  2. Links
  3. persistent configurations
  4. Quick and dirty notes

You can build your own Image on your preferred linux distribution by invoking the following commands:

SDK 3.5 with Debian/Ubuntu

# mkdir ubnt-3.x
# cd ubnt-3.x
# wget http://www.ubnt.com/downloads/sdk/toolchain-mips-ls_0.1-1.deb
# dpkg -i toolchain-mips-ls_0.1-1.deb
# wget http://www.ubnt.com/downloads/firmwares/XS-fw/v3.5/SDK.UBNT.v3.5.4499.tar.bz2
# tar xjf SDK.UBNT.v3.5.4499.tar.bz2
# wget http://svn.ninux.org/ninuxdeveloping/browser/UbntM5AirOsOLSR/patches/AirOS3.x/patches.tar.gz
# tar -xzvf patches.tar.gz
# cd SDK.UBNT.v3.5.4499
# patch -p1 < ../UBNT_SDK3.5_with_olsrd-01.patch
# tar xzf ../UBNT_SDK3.5_files-02.tar.gz

now we have to download and copy the olsrd source 

# cd apps/gpl/olsrd
# wget http://www.olsr.org/releases/0.6/olsrd-<version>.tar.bz2
# tar --strip 1 -xjf olsrd-<version>.tar.bz2
# rm olsrd-<version>.tar.bz2
# cd ../../../
# make xs5

You can build a image for 2.4GHz Hardware by replacing the xs5 with xs2.

After building the Image it can be installed via the AirOS Webinterface. If the interface complaints about a wrong image file you have to upgrade AirOS to a newer version which allows the use of third party firmware images.

SDK 5.2 with OLSR 0.6.0

# mkdir ubnt-5.x
# cd ubnt-5.x
# wget http://www.ubnt.com/downloads/firmwares/XN-fw/v5.2/SDK.UBNT.v5.2.tar.bz2
# tar xjf SDK.UBNT.v5.2.tar.bz2
# wget http://svn.ninux.org/ninuxdeveloping/browser/UbntM5AirOsOLSR/patches/AirOS5.x/patches.tar.gz
# tar -xzvf patches.tar.gz
# cd SDK.UBNT.v5.2
# patch -p1 < ../olsrd-package.patch
# patch -p1 < ../ubnt-web-with-olsrd.patch
# patch -p1 < ../optional-default-gw.patch
# patch -p1 < ../fffversion.patch
# tar xzf ../additional-files.tar.gz
# cd openwrt
# make

SDK 5.2.1 with OLSR 0.6.1

# mkdir ubnt-5.x
# cd ubnt-5.x
# wget http://www.ubnt.com/downloads/firmwares/XN-fw/v5.2.1/SDK.UBNT.v5.2.1.tar.bz2
# tar jxf SDK.UBNT.v5.2.1.tar.bz2
# wget http://svn.ninux.org/ninuxdeveloping/browser/UbntM5AirOsOLSR/patches/AirOS5.x/patches.tar.gz
# tar -xzvf patches.tar.gz
# cd SDK.UBNT.v5.2.1
# patch -p1 < ../ninux-airos_olsr0.6.1_final.patch
# tar -zxvf ../additional-content.tar.gz
# cd openwrt
# make

After building the binary file can be found in openwrt/bin and can be installed via the AirOS Webinterface.

If you have successfully installed the image you can turn on olsrd using the enable button at the services section of the Web Interface.

You can also download your own olsrd.conf via the Webinterface. If you download an own configuration file be sure it includes the configuration lines for the txtinfo plugin as this plugin is needed by the Web Inteface to show the OLSR Info.

If you want to edit the olsrd.conf via ssh or telnet you have to make sure that it gets stored inside the persistent storage area of the flash. Create the Configuration file inside the /etc/persistent/ directory and invoke the following command: 

# cfgmtd -w -p /etc/

After that you have to reboot.

Official Ubiquiti SDK 5.3.3 with olsrd (stable git)

This document is written for people that are already a little familiar with the OpenWRT toolchain.

Download the SDK (here we provide a mirror): http://stud.netgroup.uniroma2.it/~saverio/SDK.UBNT.v5.3.3.tar.bz2

Go in the openwrt folder and add to the feeds.conf.default these lines: 

src-svn zninux https://svn.ninux.org/svn/ninuxdeveloping/packages
src-svn zopenwrtpackages svn://svn.openwrt.org/openwrt/packages/

OPTIONAL: I like to use the src-link feed because usually I have already the Ninux packages and the OpenWRT packages on my machine but you can also use src-svn feeds style 

src-link zninux /somepath/packagesninux
src-link zopenwrtpackages /somepath/packages

Update the feeds: 

./scripts/feeds update

Install necessary package in the toolchain. Note that for some packages like radvd, that are present in more feeds, we need to specify which feed where to pick the package from. 

./scripts/feeds install olsrd-ninux
./scripts/feeds install -p zopenwrtpackages radvd

run make menuconfig and select packages you need, like olsrd-ninux, ipv6, radvd and so on.

UPDATE: Add this security patch https://svn.ninux.org/ninuxdeveloping/browser/UbntM5AirOsOLSR/patches/AirOS5.3.3/lighttpd-mod-airos-exploit-fix.patch

Update: Apply the patch to remove mandatory default gw from web interface https://svn.ninux.org/ninuxdeveloping/browser/UbntM5AirOsOLSR/patches/AirOS5.3.3/optional-default-gw.patch

Now apply this patch to the ubnt-base-files package: https://svn.ninux.org/ninuxdeveloping/browser/UbntM5AirOsOLSR/patches/AirOS5.3.3/000-ubnt-base-files.patch

the patch adds a file called /ninux in the / directory, remember to set it executable with chmod +x

What is this patch doing ?

At boot time the existance of /etc/persistent/ninux is cheched. If it exists it is executed, otherwise the file /ninux is executed.

The /ninux script acts in the same way, checking for the existance of /etc/persistent/olsrd.conf, otherwise it uses /olsrd.conf

This means that when the device is freshly flashed, olsrd is already running with a default configuration, ideally just the HNA configuration is missing.

Binary Firmware Images

AirOS version 5.2.1 + OLSR 0.6.0 (stable) + tinc: https://svn.ninux.org/ninuxdeveloping/browser/UbntM5AirOsOLSR/fw-binaries/XM.v5.2.1.sdk-olsr0.6.0-tinc.bin

md5: cd28bfcd173c9e019ed8e781526deb6b

AirOS version 5.2.1 + OLSR 0.6.1 (git) + tinc: https://svn.ninux.org/ninuxdeveloping/browser/UbntM5AirOsOLSR/fw-binaries/XM.v5.2.1.sdk-olsr0.6.1-tinc.bin

md5: e7bd9bc254639aec389876326b3ff3b6

AirOS version 5.3 + OLSR 0.6.1 + tinc + IPv6: https://svn.ninux.org/ninuxdeveloping/browser/UbntM5AirOsOLSR/fw-binaries/XM.v5.3.sdk-olsr0.6.1-tinc-ipv6.bin

md5: f4590559755e99c8c1afaefb53d35121

http://www.ubnt.com/support/downloads

http://www.olsr.org

https://wiki.graz.funkfeuer.at/UbntStations

persistent configurations

http://www.ubnt.com/wiki/Manual_Routes

Quick and dirty notes

Comandi da terminale comodi su AirOS

Per fare upgrade del firmware se /tmp/fwupdate.bin รจ l'immagine che vogliamo flashare (controllate l'md5 prima di proseguire) 

/sbin/ubntbox fwupdate.real -m /tmp/fwupdate.bin -d

Per caricare un file di configurazione 

cfgmtd -f /tmp/system.cfg -w && reboot