Korean editions of Windows 7 are noted for having K attached to their names. For example, there are Windows 7 Professional K and Windows 7 Ultimate K for advanced Korean users. If you are a Korean speaker or do business in Korean, you may want to install and use Korean Windows. You can use aria2, transmission-cli and sancho to download Korean Windows 7. For example, the aria2 command to download Windows 7 K editions would be:
aria2c "magnet:?xt=urn:btih:H3K37RU7JM42WZZZBAPDMCPTQE3VHUXA"
The magnet link (inside the quote) will let you download both 32-bit and 64-bit editions of Windows 7 Korean editions, including Home Premium, Professional, Ultimate and Enterprise.
Microsoft Office 2013 is out with new looks and features. This latest release of Microsoft Office features a flat and square design and integrates the free SkyDrive cloud storage service from Microsoft. Office 2013 is a trialware, meaning that you can try it for 30 days until you purchase a license key from Microsoft. Please be aware that Microsoft Office 2013 only supports Windows 7, Windows 8, Windows 2008 R2 and any later versions of Windows, so it won't run on Windows XP or Windows Vista.
If you want to download, install and try Microsoft Office 2013, there are downloadable ISO copies of Corporate Volume License editions of Microsoft Office 2013 available on bittorrent peer-to-peer file-sharing network. You can use any bittorrent application, but aria2 or transmission is recommended. In the following examples, transmission-cli can be used instead of aria2c.
To download English Volume License edition of Office Professional Plus 2013, type the following command on Command Prompt. This torrent contains both 32-bit and 64-bit editions of Microsoft Office 2013.
aria2c "magnet:?xt=urn:btih:N4CRYICBV3R2JO5CKFNWCVJ76FXKJLFB"
To download X86 Volume English edition of Microsoft Visio Professional 2013, type the following command on Command Prompt. A torrent is also available here.
aria2c "magnet:?xt=urn:btih:BVEARE7CO2PTBJXLBWVOHWAPVWQBENQ2"
To download X64 Volume English edition of Microsoft Visio Professional 2013, type the following command on Command Prompt. A torrent is also available here.
aria2c "magnet:?xt=urn:btih:Q37EIBGSJOBBNJG2E2AHOZQHWCC4D5IK"
To download X86 Volume English edition of Microsoft Project Professional 2013, type the following command on Command Prompt. A torrent is also available here.
aria2c "magnet:?xt=urn:btih:LKWVAEFXJNGNYA37ZV6YBAKC3AXNM45U"
To download X64 Volume English edition of Microsoft Project Professional 2013, type the following command on Command Prompt. A torrent is also available here.
aria2c "magnet:?xt=urn:btih:LRYKC5N22ILNC6Y6U7DTLECDGC3VOTMU"
When you use aria2 or transmission, please be patient with the program as it takes time to find the peers. Once you download the ISO, burn the ISO using a free ISO-burning tool, such as CDBurnerXP or ImgBurn. No product key or serial number is necessary when you install any of the above Volume License editions of Microsoft Office, Visio or Project Professional 2013. However, you may use the product for 30 days without restriction. After that, you need to activate the product to continue using it. Read this post to find out how to activate Microsoft Office 2013.
I wrote a BASH shell script and a DOS batch file that can be used to download files using aria2 — Aria2 is a command-line tool for downloading files. The script and the batch file take 2 arguments; the first one is for the bittorrent hash in 40-digit hexadecimal number and the second one is for arbitrary one-word description.
aria2.bat can be used on Windows, and aria2.sh can be used on Linux and *BSD. Make sure that aria2c is in PATH. For example, if you want to download an ISO file for the OpenSUSE DVD, you would type something like:
aria2.bat 198472f5217d843cceb1a4c82233f009ed6608af opensuse-dvd-586
To find the value of a bittorrent hash (that long hex number), you can cut it from a magnet link you find on a Web site — Magnet links allow you to download actual files without first having to download bittorrent files (*.torrent). When you see a magnet sign, right-click on it to display the shortcut menu and select Copy Link Location.
Then, paste it somewhere, for example, inside the URL address bar. The hash value comes after the btih: string.
After you find the bittorrent hash, use it as the first argument to the script and make up anything for the second argument, as shown in the example above.
Windows 8 ISO files have the following BTIH hash values. Use them with my aria2 script to download Windows 8.
Aria2 is a command-line download utility. It can be used to download files quickly from http(s), ftp, bittorrent, magnet and metalink locations. I prefer this handy tool over other programs, such as Free Download Manager and Frostwire because it's lean, fast and full of features. It took me a couple of days to compile Aria2 with all the features available. The following step-by-step guide will help you build your own aria2 program (aria2c.exe) the way I did.
Follow one of the following guides to install MingW:
Download the source for Pthreads library (pthreads-w32-2-9-1-release.tar.gz) and compile it like this:
make clean GC-static
cp pthread.h semaphore.h sched.h /mingw/include/
cp libpthreadGC2.a /mingw/lib/libpthread.a
Zlib is needed by the OpenSSL library below. Download the zlib source and compile it like this:
make -f win32/Makefile.gcc
make -f win32/Makefile.gcc install BINARY_PATH=/mingw/bin INCLUDE_PATH=/mingw/include LIBRARY_PATH=/mingw/lib
Aria2 requires either GnuTLS or OpenSSL for secure transfers. In this guide, OpenSSL is chosen over GnuTLS. Use 7-zip to unpack the tarball because it contains symbolic links.
./Configure -DHAVE_STRUCT_TIMESPEC -DPTW32_STATIC_LIB -L/mingw/lib -lz -lpthread -lws2_32 --prefix=/mingw threads zlib mingw
make
make install
Aria2 can use either LibXML2 or Expat for XML parsing. In this guide, Expat will be used. Download the expat source and compile expat like this:
./configure --build=i686-w64-mingw32 --prefix=/mingw --disable-shared --enable-static
make
make install
C-Ares is a C library that performs DNS requests and resolves DNS names asynchronously. Download the C-ares source from c-ares.haxx.se and unpack it. Then, compile C-Ares as follows:
./configure --build=i686-w64-mingw32 --prefix=/mingw --disable-shared CPPFLAGS='-I/mingw/include -DCARES_STATICLIB'
make
make install
Download the SQLite source (sqlite-amalgamation-3071300.zip) and build SQLite 3:
gcc -O2 -DNDEBUG=1 -DTHREADSAFE=1 -c *.c
ar ru /mingw/lib/libsqlite3.a sqlite3.o
cp -iv *.h /mingw/include
Create sqlite3.pc and put it in /mingw/lib/pkgconfig.
prefix=/mingw
exec_prefix=${prefix}
libdir=${exec_prefix}/lib
includedir=${prefix}/include
Name: SQLite
Description: SQL database engine
Version: 3.5
Libs: -L${libdir} -lsqlite3
Cflags: -I${includedir}
Finally, we are ready to compile Aria2. Download the Aria2 source from aria2.sf.net and unpack the source. Then, configure aria2 as follows:
./configure --build=i686-w64-mingw32 --prefix=/mingw --enable-threads=posix --with-ca-bundle=ca-bundle.crt --disable-nls LIBS='-lpthread -lws2_32 -lcares -lz' CPPFLAGS='-DPTW32_STATIC_LIB -DCARES_STATICLIB'
Then, issue the following commands to compile Aria2:
make
make install
strip aria2c.exe
upx --best --strip-relocs=0 aria2c.exe
To download my Windows builds of aria2, go here.
aria2c --file-allocation=prealloc ftp://192.168.1.64/pardus.iso
If aria2 aborts a download due to a connection error, you can resume the download any time using aria2c like this:
aria2c -c ftp://192.168.1.64/pardus.iso
To download files from URL's written in a file urls.txt to a folder Downloads, run aria2 as follows. The urls.txt should contain one download per line with URL's seperated by a tab:
aria2c -i urls.txt -d Downloads
C:\Program Files\Transmission. Then, create a shortcut with the following command:transmission-daemon -b -o -m -ep -a 127.0.0.1,192.168.*.* --utp
Double-clicking the shortcut will not open any window. However, transmission-daemon is silently running in the background. You can control the daemon with any Web browser by opening this local Web address:
http://127.0.0.1:9091/
The settings for the daemon are stored in the ~/.config/transmission-daemon folder. Make sure the HOME environment variable points correctly to your folder.
Also, TRANSMISSION_WEB_HOME environment variable should be correctly set up to use the web browser interface.
To learn how to build transmission-daemon for Windows, read this post.
I just finished setting up my laptop. It's got Windows 7 Home Premium installed. The following is a list of software I installed onto my laptop:
You can get a variety of software, music and movies from the Internet. Some of them are legally okay to download like open-source software and free publications, but there are things you're not legally allowed to download, such as most music and movies. However, with the increasing availability of high-speed Internet and P2P software, the Internet is exponentially growing in the number of downloadable stuff.
There are so many software for downloading stuff from the Net, but only a few good ones are listed here.
Once you have P2P software installed, you'll want to know more about how to search for files on the Internet. The following is a list of search engines for P2P users.
I built gtk-gnutella for the Windows platform using MinGW. gtk-gnutella is an application that allows you to share files in the gnutella P2P network. Here I show how I built GTK-gnutella step-by-step:
First of all, I installed MinGW. GCC 4.4 and higher versions are recommended.
Build pthread and regex as shown in the following posts.
Follow the instruction in the following post to compile the whole GTK+ library.
I think GnuTLS is optional but it provides secure communication between gnutella clients. I chose to build GTK-gnutella with gnuTLS features. So I compiled GnuTLS as shown in this post.
Then, I downloaded the gtk-gnutella source and unpacked it in my HOME directory.
cd $HOME
tar xjvf gtk-gnutella-0.96.6.tar.bz2
cd gtk-gnutella-0.96.6
Then, I ran ./Configure. For convenience, I am providing here my config.sh file generated by the Configure script. You can copy this file to your source tree before running the Configure script.
#!/bin/sh
#
# This file was produced by running the Configure script. It holds all the
# definitions figured out by Configure. Should you modify one of these values,
# do not forget to propagate your changes by running "Configure -der". You may
# instead choose to run each of the .SH files by yourself, or "Configure -S".
#
# Package name : gtk-gnutella
# Source directory : .
# Configuration time: Wed Aug 15 14:50:53 HST 2012
# Configured by : Ken
# Target system : mingw32_nt-6.1 a7n8x 1.0.17(0.4832) 2011-04-24 23:39 i686 msys
: Configure command line arguments.
config_arg0='./Configure'
config_args=''
config_argc=0
Author=''
Date=''
Header=''
Id='$Id'
Locker=''
Log=''
RCSfile=''
Revision=''
Source=''
State=''
_a='.a'
_exe='.exe'
_o='.o'
afs='false'
afsroot='/afs'
alignbytes='8'
aphostname=''
ar='/mingw/bin/ar'
archlib='/mingw/lib/gtk-gnutella'
archlibexp='/mingw/lib/gtk-gnutella'
archname='i686-mingw'
archobjs=''
awk='/bin/awk'
bash=''
bin='/mingw/bin'
binexp='/mingw/bin'
bison='/bin/bison'
byacc='byacc'
byteorder='1234'
c=''
cat='/bin/cat'
cc='/mingw/bin/gcc.exe'
ccflags='-march=pentium2 -mtune=i586 -pipe -Wall -Wshadow -DMINGW32 -D_POSIX'
ccname='gcc'
ccversion=''
cf_by='Ken'
cf_time='Wed Aug 15 14:50:53 HST 2012'
charsize='1'
chgrp='/bin/chgrp'
chmod='/bin/chmod'
chown='/bin/chown'
clocktype='int'
comm=''
compress=''
contains='grep'
cp='/bin/cp'
cpio=''
cpp='/mingw/bin/cpp'
cpp_quote=''
cpp_stuff='42'
cppfilter=''
cppflags='-march=pentium2 -mtune=i586 -pipe -Wall -Wshadow -DMINGW32 -D_POSIX'
cpplast='-'
cppminus='-'
cpprun='/mingw/bin/gcc.exe -E'
cppstdin='/mingw/bin/gcc.exe -E'
csh=''
d_access='define'
d_alarm='undef'
d_arc4random='undef'
d_archlib='define'
d_attribut='define'
d_backtrace='undef'
d_bcmp='undef'
d_bcopy='undef'
d_bfd_lib='undef'
d_bindtxtcode='define'
d_bsd='undef'
d_built_clz='define'
d_built_ctz='define'
d_built_popcount='define'
d_bzero='undef'
d_can64='define'
d_closefrom='undef'
d_const='define'
d_dbus='undef'
d_deflate='define'
d_dev_poll='undef'
d_dirent_d_type='undef'
d_dirnamlen=''
d_dladdr='undef'
d_dos='undef'
d_enablenls='define'
d_end_symbol='define'
d_eofnblk='define'
d_epoll='undef'
d_etext_symbol='undef'
d_eunice='undef'
d_fast_assert='undef'
d_fork='undef'
d_ftime='undef'
d_getaddrinfo='define'
d_geteuid='undef'
d_gethname='undef'
d_getifaddrs='undef'
d_getinvent='undef'
d_getlogin='undef'
d_getppid='undef'
d_gettblsz='define'
d_gettext='define'
d_gettimeod='define'
d_getuid='undef'
d_glib='define'
d_gnulibc='undef'
d_gnutls='define'
d_gtk='define'
d_headless='undef'
d_herror='undef'
d_hstrerror='undef'
d_iconv='define'
d_ieee754='define'
d_ilp32='define'
d_ilp64='undef'
d_index='undef'
d_inflate='define'
d_iptos='undef'
d_ipv6='define'
d_isascii='define'
d_kevent_int_udata='undef'
d_kqueue='undef'
d_linux='undef'
d_locale_charset='undef'
d_lp64='undef'
d_lstat='undef'
d_madvise='undef'
d_memalign='undef'
d_memcpy='define'
d_memmove='define'
d_mempcpy='undef'
d_mmap='undef'
d_msghdr_msg_flags='undef'
d_nanosleep='undef'
d_nls='define'
d_official='define'
d_open3='define'
d_os2='undef'
d_pause='undef'
d_phostname='undef'
d_poll='undef'
d_popen='define'
d_portable='undef'
d_posix_fadvise='undef'
d_posix_memalign='undef'
d_pread='undef'
d_preadv='undef'
d_pwage='undef'
d_pwchange='undef'
d_pwclass='undef'
d_pwcomment='undef'
d_pwexpire='undef'
d_pwquota='undef'
d_pwrite='undef'
d_pwritev='undef'
d_recvmsg='undef'
d_regcomp='define'
d_regparm='define'
d_remotectrl='undef'
d_rusage='undef'
d_sbrk='undef'
d_sched_yield='undef'
d_select='define'
d_sendfile='undef'
d_setproctitle='undef'
d_setsid='undef'
d_sigaction='undef'
d_sigprocmask='undef'
d_sigsetjmp='undef'
d_sockaddr_in_sin_len='undef'
d_sockaddr_un='undef'
d_socker_get='undef'
d_statfs='undef'
d_statvfs='undef'
d_strchr='define'
d_strlcat='undef'
d_strlcpy='undef'
d_sync_atomic='define'
d_sysctl='undef'
d_system='define'
d_times='undef'
d_ttyname='undef'
d_uctx_mctx='undef'
d_uctx_mctx_gregs='undef'
d_uname='undef'
d_useglib1='undef'
d_useglib2='define'
d_usegtk1='undef'
d_usegtk2='define'
d_usleep='define'
d_voidsig='define'
d_volatile='define'
d_vsnprintf='define'
d_waitpid='undef'
d_windows='define'
d_xenix='undef'
date='/bin/date'
dbuscflags=''
dbusconfig='false'
dbusldflags=''
defvoidused='15'
direntrytype=''
eagain='EAGAIN'
ebcdic='undef'
echo='/bin/echo'
egrep='/bin/egrep'
emacs=''
enablenls='true'
eunicefix=':'
expr='/bin/expr'
fieldn='3'
find=''
firstmakefile=''
flex=''
from=':'
gcc=''
gccosandvers=''
gccversion='4'
glade='glade-2'
glibcflags='-mms-bitfields -I/mingw/include/glib-2.0 -I/mingw/lib/glib-2.0/include -I/mingw/include'
glibconfig='pkg-config glib-2.0 gobject-2.0'
glibldflags='-L/mingw/lib -lgobject-2.0 -lgthread-2.0 -lglib-2.0 -lintl '
glibpackage='glib-2.0 gobject-2.0'
glibpth='/mingw/lib'
glibversion='2'
gmake=''
gmsgfmt='/mingw/bin/msgfmt'
gnulibc_version=''
gnutlscflags=''
gnutlsconfig='pkg-config gnutls'
gnutlsldflags='-L/mingw/lib -lgnutls'
grep='/bin/grep'
groupcat=':'
gtkcflags='-mms-bitfields -I/mingw/include/gtk-2.0 -I/mingw/lib/gtk-2.0/include -I/mingw/include/atk-1.0 -I/mingw/include/cairo -I/mingw/include/gdk-pixbuf-2.0 -I/mingw/include/pango-1.0 -I/mingw/include/glib-2.0 -I/mingw/lib/glib-2.0/include -I/mingw/include -I/mingw/include/pixman-1 -I/mingw/include/libpng15'
gtkconfig='pkg-config gtk+-2.0'
gtkgversion='0.98.3'
gtkldflags='-Wl,-luuid -L/mingw/lib -lgtk-win32-2.0 -lgdk-win32-2.0 -limm32 -lshell32 -lole32 -latk-1.0 -lpangocairo-1.0 -lgio-2.0 -lgdk_pixbuf-2.0 -lpangowin32-1.0 -lgdi32 -lpango-1.0 -lcairo -lgobject-2.0 -lgmodule-2.0 -lgthread-2.0 -lglib-2.0 -lintl'
gtkpackage='gtk+-2.0'
gtkversion='2'
gzip=''
h_fcntl='false'
h_sysfile='true'
hint='previous'
hostcat=':'
huge=''
i_alloca='undef'
i_arpainet='undef'
i_dirent='define'
i_dlfcn='undef'
i_execinfo='undef'
i_fcntl='undef'
i_iconv='define'
i_ifaddrs='undef'
i_inttypes='define'
i_invent='undef'
i_langinfo='undef'
i_libcharset='define'
i_libintl='define'
i_limits='define'
i_linux_netlink='undef'
i_linux_rtnetlink='undef'
i_malloc='define'
i_math='define'
i_mswsock='define'
i_netdb='undef'
i_netif='undef'
i_netroute='undef'
i_niin='undef'
i_niip='undef'
i_poll='undef'
i_pthread='define'
i_pwd='undef'
i_regex='define'
i_sched='define'
i_stdarg='define'
i_stdlib='define'
i_string='define'
i_sysfile='define'
i_sysin='undef'
i_sysmman='undef'
i_sysmount='undef'
i_sysparam='define'
i_syspoll='undef'
i_sysresrc='undef'
i_sysselct='undef'
i_syssendfile='undef'
i_syssock='undef'
i_sysstat='define'
i_sysstatvfs='undef'
i_syssysctl='undef'
i_systime='define'
i_systimeb='define'
i_systimek='undef'
i_systimes='undef'
i_systypes='define'
i_sysun='undef'
i_sysutsname='undef'
i_sysvfs='undef'
i_syswait='undef'
i_time='undef'
i_ucontext='undef'
i_unistd='define'
i_varargs='undef'
i_varhdr='stdarg.h'
i_winsock2='define'
i_ws2tcpip='define'
i_zlib='define'
ieee754_byteorder='1234'
ilp='32'
incpath=''
inews=''
install='/bin/install.exe'
installarchlib='/mingw/lib/gtk-gnutella'
installbin='/mingw/bin'
installdir='mkdir -p'
installmansrc=''
installprivlib='/mingw/lib/gtk-gnutella'
intsize='4'
issymlink=''
ksh=''
large=''
ldflags='-Wl,--enable-auto-image-base -Wl,--enable-auto-import -Wl,--enable-runtime-pseudo-reloc'
less=''
libc=''
libnames=''
libpth='/mingw/lib'
libs='-liberty -lws2_32 -lpthread -lregex -lz -lintl -liconv -limagehlp -liphlpapi -lpowrprof -lpsapi -lkernel32'
libscheck=''
libsdirs=' /mingw/lib'
libsfiles=' libbfd.a libm.a'
libsfound=' /mingw/lib/libbfd.a /mingw/lib/libm.a'
libspath=' /mingw/lib /mingw/lib'
libswanted='bfd iberty sendfile z resolv iconv m intl dl'
line=''
lint=''
lkflags=''
ln='/bin/ln'
lns='ln -s'
locale='/mingw/share/locale'
localeexp='/mingw/share/locale'
locincpth=''
loclibpth=''
longsize='4'
lp=''
lpr=''
ls=''
mail=''
mailx=''
make='/bin/make'
make_set_make='#'
manext='0'
mansrc=' '
mansrcexp=''
medium=''
mips_type=''
mkdep='/c/Users/Ken/Downloads/gtk-gnutella-0.98.3/mkdep'
mkdir='/bin/mkdir'
models='none'
more=''
msgfmt='/mingw/bin/msgfmt'
msgmerge='/mingw/bin/msgmerge'
msgmerge_update='/mingw/bin/msgmerge --update'
mv='/bin/mv'
myarchname='i686-mingw'
mydomain=''
myhostname='lenovo-a8nvm'
myuname='mingw32_nt-6.1 a7n8x 1.0.17(0.4832) 2011-04-24 23:39 i686 msys '
n='-n'
nawk='/bin/nawk'
nm='/mingw/bin/nm'
nm_opt=''
nm_so_opt=''
nofile=''
nroff='nroff'
o_nonblock=''
official='true'
optimize='-O2 -g0'
orderlib='false'
osname='mingw'
osvers='1.0.17'
package='gtk-gnutella'
passcat=':'
perl=''
pg=''
phostname='hostname'
pkgsrc='/home/Ken/Downloads/gtk-gnutella-0.98.3'
plibpth=''
pmake=''
pr=''
prefix='/mingw'
prefixexp='/mingw'
privlib='/mingw/lib/gtk-gnutella'
privlibexp='/mingw/lib/gtk-gnutella'
prototype='define'
ptrsize='4'
ranlib=':'
rd_nodata=''
remotectrl='false'
rm='/bin/rm'
rmail=''
run=''
runnm='false'
sed='/bin/sed'
sendmail=''
sh='/bin/sh'
shar=''
sharpbang='#!'
shortsize='2'
shsharp='true'
sig_count='23'
sig_name='ZERO NUM1 INT NUM3 ILL NUM5 NUM6 NUM7 FPE NUM9 NUM10 SEGV NUM12 NUM13 NUM14 TERM NUM16 NUM17 NUM18 NUM19 NUM20 BREAK ABRT '
sig_name_init='"ZERO", "NUM1", "INT", "NUM3", "ILL", "NUM5", "NUM6", "NUM7", "FPE", "NUM9", "NUM10", "SEGV", "NUM12", "NUM13", "NUM14", "TERM", "NUM16", "NUM17", "NUM18", "NUM19", "NUM20", "BREAK", "ABRT", 0'
sig_num='0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 '
sig_num_init='0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 0'
sig_size='23'
signal_t='void'
sleep=''
smail=''
small=''
so='dll'
sockercflags=''
sockerldflags=''
sort='/bin/sort'
spackage='Gtk-gnutella'
spitshell='cat'
split=''
src='.'
startsh='#!/bin/sh'
strings='/mingw/include/string.h'
submit=''
sysman='/mingw/share/man'
tablesize='NOFILE'
tail=''
tar=''
targetarch=''
tbl=''
tee=''
test='test'
timeincl='/mingw/include/sys/time.h '
to=':'
touch='/bin/touch'
tr='/bin/tr'
trnl='\n'
troff=''
uname='/bin/uname'
uniq='/bin/uniq'
usecrosscompile='undef'
usenm='false'
usrinc='/mingw/include'
uuname=''
vi=''
voidflags='15'
wc='/bin/wc'
xgettext='/mingw/bin/xgettext'
xlibpth='/mingw/lib'
yacc='bison -y'
yaccflags=''
zcat=''
zip=''
CONFIG=true
Alternatively, if your config.sh needs no modification, just run the following commands.
./Configure -S
make depend
make, open src/Makefile and insert -mwindows into the gtk-gnutella section:gtk-gnutella: $(OBJ) $(EXTRA)
$(RM) $@
if test -f $@$(_EXE); then \
$(MV) $@$(_EXE) $@~$(_EXE); fi
$(CC) -o $@ $(OBJ) $(EXTRA) -mwindows $(JLDFLAGS) $(LIBS)
This prevents GTK-gnutella from outputting error logs to a black console window.
Then, I compiled gtk-gnutella with the following commands:
make
make install
After building MPlayer and Mencoder for Linux, the last fun part is to build OGMRip so that we can rip movies into AVI or MP4 files as found on the P2P networks. OGMRip is a graphical movie convertor that uses MPlayer and Mencoder to convert a movie into another format.
First, let's compile FAAC as it is needed to encode AAC audio. You need a g++ compiler, autoconf, automake and tcl-dev to compile FAAC, following a typical procedure:
./bootstrap
./configure --build=i586-pc-linux-gnu --prefix=/usr --with-mp4v2
make
make install
The bootstrap command produces the configure script and Makefile necessary for the build procedure. The following set of files are generated upon compilation of FAAC:
/usr/bin/faac
/usr/include/faac.h
/usr/include/faaccfg.h
/usr/lib/libfaac.a
/usr/lib/libfaac.la
/usr/lib/libfaac.so
/usr/lib/libfaac.so.0
/usr/lib/libfaac.so.0.0.0
/usr/man/man1/faac.1.gz
Now, let's build the XviD library. XviD is a popular video codec. A typical build procedure for XviD looks like this:
tar xzf xvidcore-1.2.2.tar.gz
cd xvidcore/build/generic
./configure --build=i586-pc-linux-gnu --prefix=/usr
make
make install
Upon successful compilation, the following set of files are installed on system.
/usr/lib/libxvidcore.a
/usr/include/xvid.h
/usr/lib/libxvidcore.so
/usr/lib/libxvidcore.so.4
/usr/lib/libxvidcore.so.4.1
Next, let's compile GPAC which is an open-source MPEG-4 encoder. Before compiling GPAC, install the following developer libraries, most of which are optional:
liba52-0.7.4-dev
libasound2-dev
libavformat-dev
libfaad-dev
libmad0-dev
libmozjs-dev
libogg-dev
libopenjpeg-dev
libssl-dev
libtheora-dev
libvorbis-dev
libwxgtk2.8-0
libxvidcore4
Then, compile GPAC as follows:
./configure --prefix=/usr/local --cpu=i586 --enable-pic --strip --use-ffmpeg=local --use-js=local
make
make install
When GPAC is compiled and installed successfully, the following set of files are generated on the system:
/usr/bin/MP4Box
/usr/bin/MP4Client
/usr/bin/Osmo4
/usr/lib/gpac/gm_aac_in.so
/usr/lib/gpac/gm_ac3_in.so
/usr/lib/gpac/gm_alsa.so
/usr/lib/gpac/gm_bifs_dec.so
/usr/lib/gpac/gm_ctx_load.so
/usr/lib/gpac/gm_dummy_in.so
/usr/lib/gpac/gm_ffmpeg_in.so
/usr/lib/gpac/gm_ft_font.so
/usr/lib/gpac/gm_gpac_js.so
/usr/lib/gpac/gm_img_in.so
/usr/lib/gpac/gm_ismacryp.so
/usr/lib/gpac/gm_isom_in.so
/usr/lib/gpac/gm_laser_dec.so
/usr/lib/gpac/gm_mp3_in.so
/usr/lib/gpac/gm_mpegts_in.so
/usr/lib/gpac/gm_odf_dec.so
/usr/lib/gpac/gm_ogg_xiph.so
/usr/lib/gpac/gm_oss_audio.so
/usr/lib/gpac/gm_raw_out.so
/usr/lib/gpac/gm_rtp_in.so
/usr/lib/gpac/gm_saf_in.so
/usr/lib/gpac/gm_soft_raster.so
/usr/lib/gpac/gm_svg_in.so
/usr/lib/gpac/gm_timedtext.so
/usr/lib/gpac/gm_x11_out.so
/usr/lib/gpac/gm_xvid_dec.so
/usr/lib/libgpac-0.4.5.so
/usr/lib/libgpac.so
/usr/man/man1/gpac.1.gz
/usr/man/man1/mp4box.1.gz
/usr/man/man1/mp4client.1.gz
/usr/share/gpac/gpac.mp4
If you encounter the following error during compilation:
scenegraph/vrml_smjs.c:41:20: error: jsapi.h: No such file or directory
make symlinks to jsapi.h and compile again as follows:
cd include/
ln -s ../extra_lib/include/js/* .
cd ..
./configure --prefix=/usr --cpu=i586 --enable-pic --strip --use-ffmpeg=local --use-js=local --extra-cflags=-DXP_UNIX
make
make install
Some programs require the gpac static library libgpac_static.a. This file is not installed by default. However, you can copy it manually:
cp bin/gcc/libgpac_static.a usr/lib
Finally, let's build OGMRip. First, make sure you have the following developer libraries:
libdbus-glib-1-dev
libdvdread-dev
libenca-dev
libenchant-dev
libgconf2-dev
libglade2-dev
libgtk2.0-dev
libhal-dev
libnotify-dev
libstdc++6-4.4-dev
libtheora-dev
Optionally, install intltool, gtk-doc and xsltproc for internationalization and documentation. Then, build OGMRip as follows:
./configure --prefix=/usr/local --build=i586-pc-linux-gnu --sysconfdir=/etc --enable-gtk-doc --with-ocr=auto
make
make install
After OGMRip is compiled and installed successfully, the following set of files are generated on system:
/etc/gconf/schemas/ogmrip.schemas
/usr/bin/avibox
/usr/bin/dvdcpy
/usr/bin/ogmrip
/usr/bin/subp2pgm
/usr/bin/subp2png
/usr/bin/subp2tiff
/usr/bin/subptools
/usr/bin/theoraenc
/usr/include/ogmdvd/
/usr/include/ogmjob/
/usr/include/ogmrip/
/usr/lib/libogmdvd-gtk.a
/usr/lib/libogmdvd-gtk.la
/usr/lib/libogmdvd-gtk.so
/usr/lib/libogmdvd-gtk.so.0
/usr/lib/libogmdvd-gtk.so.0.0.0
/usr/lib/libogmdvd.a
/usr/lib/libogmdvd.la
/usr/lib/libogmdvd.so
/usr/lib/libogmdvd.so.0
/usr/lib/libogmdvd.so.0.0.0
/usr/lib/libogmjob.a
/usr/lib/libogmjob.la
/usr/lib/libogmjob.so
/usr/lib/libogmjob.so.0
/usr/lib/libogmjob.so.0.0.0
/usr/lib/libogmrip-gtk.a
/usr/lib/libogmrip-gtk.la
/usr/lib/libogmrip-gtk.so
/usr/lib/libogmrip-gtk.so.0
/usr/lib/libogmrip-gtk.so.0.0.0
/usr/lib/libogmrip-lavc.a
/usr/lib/libogmrip-lavc.la
/usr/lib/libogmrip-lavc.so
/usr/lib/libogmrip-lavc.so.0
/usr/lib/libogmrip-lavc.so.0.0.0
/usr/lib/libogmrip-mplayer.a
/usr/lib/libogmrip-mplayer.la
/usr/lib/libogmrip-mplayer.so
/usr/lib/libogmrip-mplayer.so.0
/usr/lib/libogmrip-mplayer.so.0.0.0
/usr/lib/libogmrip.a
/usr/lib/libogmrip.la
/usr/lib/libogmrip.so
/usr/lib/libogmrip.so.0
/usr/lib/libogmrip.so.0.0.0
/usr/lib/ogmrip/
/usr/lib/pkgconfig/ogmdvd-gtk.pc
/usr/lib/pkgconfig/ogmdvd.pc
/usr/lib/pkgconfig/ogmjob.pc
/usr/lib/pkgconfig/ogmrip-gtk.pc
/usr/lib/pkgconfig/ogmrip.pc
/usr/share/applications/ogmrip.desktop
/usr/share/doc/ogmrip/
/usr/share/gtk-doc/html/ogmdvd-gtk
/usr/share/gtk-doc/html/ogmdvd/
/usr/share/gtk-doc/html/ogmjob/
/usr/share/gtk-doc/html/ogmrip-gtk/
/usr/share/gtk-doc/html/ogmrip/
/usr/share/locale/ca/LC_MESSAGES/ogmrip.mo
/usr/share/locale/cs/LC_MESSAGES/ogmrip.mo
/usr/share/locale/de/LC_MESSAGES/ogmrip.mo
/usr/share/locale/fr/LC_MESSAGES/ogmrip.mo
/usr/share/locale/sv/LC_MESSAGES/ogmrip.mo
/usr/share/man/man1/avibox.1.gz
/usr/share/man/man1/dvdcpy.1.gz
/usr/share/man/man1/subp2pgm.1.gz
/usr/share/man/man1/subptools.1.gz
/usr/share/ogmrip/
/usr/share/pixmaps/ogmrip.png
Now that you've compiled OGMRip, go ahead and test it. Be sure that mplayer, mencoder, ogmtools, vorbis-tools, gpac, faac, lame, mkvtoolnix and gocr (or ocrad) are installed, also.
MLDonkey is a multi-protocol P2P file-sharing program for Windows, Mac and Linux. Unlike eMule, MLDonkey supports Bittorrent, FastTrack and DirectConnect networks, too. Compiling MLDonkey requires OCaml compiler toolchain. First, download and install the following Ocaml stuff. These are names of required Debian packages:
ocaml-native-compilers
camlp4
ocaml-nox
Then, install these libraries:
zlib1g-dev
libbz-dev
libgd2-xpm-dev
libmagic-dev
Now, you are ready to compile MLDonkey. Change directory to the MLDonkey source tree and type these commands:
./configure --prefix=/usr --build=i586-pc-linux-gnu
make release.mlnet.static
You'll get a tarball, for example, mldonkey-3.0.0.static.i586-Linux_glibc-2.7.tar.bz2. Keep it at a safe place. Now, extract the tarball to a directory, for example, /opt. In the extracted folder, you'll find an executable, mlnet. This is just a command-line program, so you need a GUI frontend, such as Sancho.
제가 추천하는 윈도용 프로그램 리스트입니다. 빠진 게 있으면 댓글 남겨 주세요:
Microsoft often releases samples of its flagship programs to its MSDN members. Among the software samples released to MSDN members are a series of Windows Vista editions. Some of these copies are leaked to P2P networks like BitTorrent or eDonkey. Below is a list of Windows Vista ISO images including those released to MSDN members:
| Language | Filename | 32-bit Links | 64-bit Links |
|---|---|---|---|
| Chinese Traditional 繁體中文 | tw windows vista x86 dvd X12-59649.iso Windows Vista x86 32位元系統繁體中文正式授權製造商裝機版.ISO (2,577,250,304 bytes) | 1 | |
| English | Windows Vista All-in-One RTM build 6000.16386.061101-2205_x86Fre_Client Lrmcfre_En_DVD.iso (2,678,614,016 bytes) | 1, 2 | |
| Windows Vista English Service Pack 2 6002.18005.090410-1830_x86fre_Client_en-us-FRTMCFRE_EN_DVD.iso | 1 | ||
| Korean 한글 | Windows Vista X86 DVD X12-59647 vista.rtm.kor.iso (2,591,459,328 bytes) | 1 |
We are living in the age of information overload. Most of us have to constantly read or process a lot of information just to keep up with the fast pace of our business or school. We need to read fast, and a lot faster. But reading fast requires a skill. There are many different techniques for speed reading. What follows is introduction to one of speed reading techniques.
There are 3 major reasons that hinder speed reading:
Efficient readers can apply different reading skills to different materials, be it fiction, non-fiction, magazine or newspaper. Most reading materials can be put into two categories: fiction and non-fiction. They have two different organizational patterns, for example, parts-to-whole or whole-to-parts.
Fictional works have the parts-to-whole pattern. When you read something fictional, you don't know until the very end of the story what it is all about. When you read a fiction, you need to understand the parts and put the parts together so as to understand the whole.
Nonfictional materials like textbooks have the whole-to-parts pattern. A typical textbook begins with an introduction of what you're going to read or learn, then the actual contents divided into sections, and finishes with a summary or conclusion. Thus, the organization of informational books leads you from the whole to the parts. You get the big picture and then its components.
A good reader should preview a reading material and select an appropriate reading strategy according to the organizational pattern of the material. It is always important to preview the reading material before you actually read it. Some quick preview methods are as follows:
The following steps are recommended for improved comprehension, speed and retention:
Good vocabulary and grammar skills are essential to reading, of course. Also, prior knowledge helps reading comprehension. Prior knowledge may refer to one's experiences or basic knowledge required for the current readings.
I found some books that teach how to read quickly from P2P networks. The following books can be downloaded using lphant.
Accounting is fundamental to business. Below are some books I found on the P2P network. Get them with an eDonkey client:
Statistics is becoming important in today's business. It is used to analyze data so that we can make predictions and better decisions. Many business courses require you to study statistics. Like many other reference books, statistics textbooks can be found in P2P networks. The following ebooks help you learn statistics and can be downloaded with eMule.
Like many other reference books, calculus textbooks can be found in P2P networks. The following ebooks help you learn calculus and can be downloaded with eMule.
This blog seeks to share useful information on freely available fonts on the Internet. Thanks for visiting the blog and posting your comments.
