Free youtube scripts software for linux

DatabaseScripts is a collection of scripts for general manipulation of the amarok collection database. Currently, DatabaseScripts has two scripts in the bundle.

Backup Collection:

database will be copied to a directory. This will work for SQLite or MySQL database backends.

Optimise Database:

This script will remove all entries in the database which do not exist in the filesystem.

Truecrypt mount/unmount scripts contains two .sh files for mounting and unmounting truecrypt partitions with some dialogues. When mounting a password is asked and when unmounting both normal and forced mounting is supported, asking the user what to do in each stage. These are very simple scripts, but I decided to share them with the world, as I couldnt find them myself.
USAGE
Create two desktop icons which link to the scripts and give as parameters the source and the destination for the TrueCrypt partition. Now clicking the icons allow you to mount and unmount your partitions via dialogues. Very simple, but also useful. Remember to make the scripts executable. If you only have one TrueCrypt partition, you might want to write the source and destination into the script instead of giving them as parameters.
The idea for these scripts came from http://gentoo-wiki.com/TIP_EncFS and especially Kevin Wennemuth who wrote the scripts there, so thanks to him!
Enhancements:
- Opening KDE Wallet fixed, script did not always open kdewallet and never closed it.
- Kwallet script (needed parts) integrated into mount script.
- Some minor cosmetic changes.

Font::Scripts::AP is a Perl module for memory representation of a TTFBuilder Attachment Point database (APDB).

SYNOPSIS

use Font::Scripts::AP;
$ap = Font::Scripts::AP->read_font($ttf_file, $ap_file, %opts);
$ap->make_classes();

INSTANCE VARIABLES

cmap

Reference to the Microsoft cmap within the font.

font

Reference to a font structure. read_font will cause at least the post, cmap, loca, and name tables to be read in.

glyphs

An array of references to glyph data structures, indexed by glyphID. Stucture elements are:

uni

Unicode scalar value, if any, as specified in the APDB. (decimal integer)

gnum

Actual glyph ID from font.

post

Actual Postscript name from font.

Note: The uni, gnum and post values are based on the UID, GID, and PSName fields of the APDB. If there are descrepancies between the APDB and the fonts internal tables, then for calcuating the above three values, priority is given first to UID field, then PSName field, and finally GID.

glyph

Reference to glyph structure read from font.

line

Line number in APDB where glyph is defined.

points

A hash of references to attachment point structures for this glyph, keyed by attachment point type (aka name). Each AP structure contains

name

The name (type in TTFBuilder terminology) of the attachment point

x, y

X and Y coordinates for the attachment point

line

Line number in APDB where this point is defined.

components

Present if the glyph is a composite. Is a reference to an array of component structures. Each component structure includes:

bbox

comma separated list of bounding box coordinates, i.e., x1, y1, x2, y2

uni

Unicode scalar value, if any, of the component. (decimal integer)

Note: The following instance variables contain the actual text read from the APDB. If there are descrepancies between the APDB and the font, these values may differ from corresponding values given above. Therefore these values should not be used except for diagnostic purposes.

UID

Unicode scalar value, if any, as specified in the APDB. (string of hex digits)

PSName

Postscript name, if any, as specified in the APDB

GID

Glyph id, if any, as specified in the APDB

classes

Created by "make_classes", this is a hash keyed by class name returning an array of GIDs for glyphs that are in the class. Classes are identified by extensions (part after a .) on the post name of each glyph. For each such extension, two classes are defined. The first is the class of all glyphs that have that extension (class name is the extension). The second is the class of nominal glyphs corresponding to the glyphs with that extension (class name is the extension but with the prefix no_).

lists

Created by "make_classes", this is a hash keyed by attachment point name (as modified by "make_point") returning an array of GIDs for glyphs that have the given attachment point.

vecs

If defined, this variable will be updated by "make_classes". It is a hash, keyed by attachment point name (as modified by "make_point") returning a bit vec bit array, indexed by GID, each bit set to 1 if the corresponding glyph has the given attachment point.

ligclasses

Optionally created by make_classes if ligatures are requested and they exist. The base forms class is no_code while the ligatures are held in code.

WARNINGS

If -errorfh not set, this accumulates any warning or error messages encountered.

WARNINGS

Count of number fo warnings or errors encountered.

Get YouTube Video is a service menu for KDE.

Usage:
Right-click onto a link to a YouTube video or at the background of the YouTube site showing the video and choose action -> Download YouTube Video -> ...

Install:
cd ~/.kde/share/apps/konqueror/servicemenus/
tar xvzf /path/to/youtube-servicemenu.tar.gz

I made some modifications to the YouTube Service Menu. It didnt work for me, so I looked at the source. I added a differnent method to guess the video_id and I added additional parameters to the query string to download the video.

The query-string trick is:
video_id is a part of the site-url, in which the video is embedded:

video_ids = set(re.findall(www.youtube.com/v/([-A-Za-z0-9_]+), data))

or

m = re.search(video_id=(?P [-A-Za-z0-9_]+), data)

or

m = re.search(v=(?P [-A-Za-z0-9_]+), data)

Then I do:

url = "http://www.youtube.com/watch?v=%s" % video_id

Now url points to a site in which the video will be embedded, so I can apply following regular expression to its contens:

m = re.search(watch_fullscreen?(?P .*?)&fs=1&title=" + "(?P

Youtube Downloader GUI project is a GUI for the famous python script youtube-dl. It is made in Kommander, so you need it. The project is packed in rpm with icon, desktop file.

openSUSE repo:

http://software.opensuse.org/download/home:/pnemec/SUSE_Linux_10.1/
http://software.opensuse.org/download/home:/pnemec/openSUSE_10.2/

It should work on other distribution too.

IPv6 FireWall script is a firewall based on ip6tables.

firewall6.sh 122 lines

#!/bin/bash

# Basic IPv6 FireWall script by Dennis Kruyt (dennis@klingon.nl)
#
# Sun Jan 5 18:26:28 2003 - DK

#debug
#set -x

cd /opt/scripts/firewall

source ./config6
PATH=/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/usr/bin/X11

# change to script directory
cd ${SCRIPTSDIR}

SCRIPT=${SCRIPTSDIR}/firewall6.sh

case "$1" in
flush)
echo -e "Starting Firewall:"
${IPTABLE6} -F >> /dev/null 2>&1
${IPTABLE6} -X >> /dev/null 2>&1
echo -e "Setting defaults op ACCEPT!"
echo -e "ALERT: no firewall rules active"
#
${IPTABLE6} -P INPUT ACCEPT
${IPTABLE6} -P OUTPUT ACCEPT
${IPTABLE6} -P FORWARD ACCEPT
;;
start|reload)
echo -n "Starting Firewall: "
# paging!
#

# create a backup
TIME=`date +%s`
tar -czf /opt/backups/firewall/firewall.${TIME}.tar.gz /opt/scripts/firewall

# sending mail
mail email@address.com -s "Firewall - (re)started" < $0

# wait
sleep 1

# kerneloptions
echo -n "Loading Kernel options.."
./kernel_options6.sh

echo -n "Flushing and deleting all chains.."
${IPTABLE6} -F >> /dev/null 2>&1
${IPTABLE6} -X >> /dev/null 2>&1

# default policy
echo -n "Setting default policy DROP.."
${IPTABLE6} -P INPUT DROP
${IPTABLE6} -P OUTPUT DROP
${IPTABLE6} -P FORWARD DROP

# ?????????????
#${IPTABLE} -F -t mangle
#${IPTABLE} -t mangle -X

echo -e "Loading chains.."
# create chain blacklist
${IPTABLE6} --new blacklist
#And drop the evil ones
for i in $BLACKLIST6;do
${IPTABLE6} -A blacklist --src $i -j DROP
done

#icmp chain
${IPTABLE6} --new icmprules
${IPTABLE6} -A icmprules -p icmpv6 -j ACCEPT

# create out chain
${IPTABLE6} --new out
#localhost to localhost
${IPTABLE6} -A out --src $LOCALHOST6 --dst $LOCALHOST6 -j ACCEPT
# for now accept all outgoing IPv6 traffic
${IPTABLE6} -A out --src $SIXXS --dst $ANY6 -j ACCEPT

# create in chain
${IPTABLE6} --new in
#localhost to localhost
${IPTABLE6} -A in --src $LOCALHOST6 --dst $LOCALHOST6 -j ACCEPT
# for now accept all incomming IPv6 traffic
${IPTABLE6} -A in --dst $SIXXS --src $ANY6 -j ACCEPT

#All that are in trusted may ssh
for i in $THRUSTED6;do
${IPTABLE6} -A in -p tcp --dst $SIXXS --dport 22 --src $i -j ACCEPT
done

# jump to all ipv6 chains
${IPTABLE6} -A INPUT -j blacklist
${IPTABLE6} -A OUTPUT -j blacklist
${IPTABLE6} -A FORWARD -j blacklist

${IPTABLE6} -A INPUT -j icmprules
${IPTABLE6} -A OUTPUT -j icmprules

${IPTABLE6} -A INPUT -j in
${IPTABLE6} -A OUTPUT -j out

;;
show)
echo -e "Rules in the firewall: ${CHAIN} n"
${IPTABLE6} -L -n
;;
*)
echo -e "Usage: ${SCRIPT} {flush|start|reload|show} n"
exit 1
;;
esac
exit 0

config6 12 lines

export IPTABLE6=/sbin/ip6tables

export SCRIPTSDIR=/opt/scripts/firewall

export EXT="eth0" # device
export SIXXS="3ffe:8114:1000::50f/127" # extern

export ANY6="::/0"
export LOCALHOST6="::1/128"

export THRUSTED6=""

export BLACKLIST6="3ffe:8114:2fff:1391::1"

kernel_options6.sh 7 lines

#!/bin/bash


# forwarding on
#echo "1" > /proc/sys/net/ipv6 blablabla

# Set some other IPv6 proc settings
#echo "1" > /proc/sys/net/ipv6 blablabla

youtube-dl is a small command-line program to download videos from YouTube.com. youtube-dl requires the Python interpreter, version 2.4 or later, and its not platform specific. It should work in your Unix box, in Windows or in Mac. The latest version is 2006.08.10. Its licensed under the MIT License, which means you can modify it, redistribute it or use it however you like complying with a few simple conditions.

Ill try to keep it updated if YouTube.com changes the way you access their videos. After all, its a simple and short program. However, I cant guarantee anything. If you detect it stops working, check for new versions and/or inform me about the problem, indicating the program version you are using. If the program stops working and I cant solve the problem but you have a solution, Id like to know it. If that happens and you feel you can maintain the program yourself, tell me.

Font::TTF::Scripts::AP is a memory representation of a TTFBuilder Attachment Point database (APDB).

SYNOPSIS

use Font::TTF::Scripts::AP;
$ap = Font::TTF::Scripts::AP->read_font($ttf_file, $ap_file, %opts);
$ap->make_classes();

INSTANCE VARIABLES

cmap

Reference to the Microsoft cmap within the font.

font

Reference to a font structure. read_font will cause at least the post, cmap, loca, and name tables to be read in.

glyphs

An array of references to glyph data structures, indexed by glyphID. Stucture elements are:

uni

Unicode scalar value, if any, as specified in the APDB. (decimal integer)

gnum

Actual glyph ID from font.

post

Actual Postscript name from font.

Note: The uni, gnum and post values are based on the UID, GID, and PSName fields of the APDB. If there are descrepancies between the APDB and the fonts internal tables, then for calcuating the above three values, priority is given first to UID field, then PSName field, and finally GID.

glyph

Reference to glyph structure read from font.

line

Line number in APDB where glyph is defined.

points

A hash of references to attachment point structures for this glyph, keyed by attachment point type (aka name). Each AP structure contains

name

The name (type in TTFBuilder terminology) of the attachment point

x, y

X and Y coordinates for the attachment point

line

Line number in APDB where this point is defined.

components

Present if the glyph is a composite. Is a reference to an array of component structures. Each component structure includes:

bbox

comma separated list of bounding box coordinates, i.e., x1, y1, x2, y2

uni

Unicode scalar value, if any, of the component. (decimal integer)

Note: The following instance variables contain the actual text read from the APDB. If there are descrepancies between the APDB and the font, these values may differ from corresponding values given above. Therefore these values should not be used except for diagnostic purposes.

UID

Unicode scalar value, if any, as specified in the APDB. (string of hex digits)

PSName

Postscript name, if any, as specified in the APDB

GID

Glyph id, if any, as specified in the APDB

classes

Created by "make_classes", this is a hash keyed by class name returning an array of GIDs for glyphs that are in the class. Classes are identified by extensions (part after a .) on the post name of each glyph. For each such extension, two classes are defined. The first is the class of all glyphs that have that extension (class name is the extension). The second is the class of nominal glyphs corresponding to the glyphs with that extension (class name is the extension but with the prefix no_).

lists

Created by "make_classes", this is a hash keyed by attachment point name (as modified by "make_point") returning an array of GIDs for glyphs that have the given attachment point.

vecs

If defined, this variable will be updated by "make_classes". It is a hash, keyed by attachment point name (as modified by "make_point") returning a bit vec bit array, indexed by GID, each bit set to 1 if the corresponding glyph has the given attachment point.

ligclasses

Optionally created by make_classes if ligatures are requested and they exist. The base forms class is no_code while the ligatures are held in code.