Keduanya adalah gadget yang canggih, tergantung dari si pengguna lebih milih yang mana.
iPhone lebih ke entertainment, games, didukung buanyaaak sekali aplikasi spt layaknya produk2 apple. Dari yg gratis dengan cacatan akan disusupi iklan2 yg mengganggu sampai yg harus bayar dengan full feature, juga ada. Semuanya harus dibeli via AppStore kecuali sudah dilakukan jailbreak shg memungkinkan agar 3rd party aplikasi yg tidak rekomended apple atau yang yg sudah di crack bisa running.
Kelemahannya adalah baterenya cepet habis (ios 3.1.3) terutama jika digunakan untuk 3d games, atau koneksi Internet dg 3g aktif, belum coba jika digunakan untuk play music or video.
Tambah lagi di negara kita dimana sinyal provider masih belum bagus, otomatis iPhone akan selalu search sinyal yg menyebabkan batere tmbh cpt drop.
Jika dibanding BB, koneksi internetnya tidak terenkripsi & tidak dikompres (Di BB ada BIS atau BES yang langsung konek ke server BB di california dg data terenkripsi & dikompres). Jadi kalo sinyal lagi jelek yaaa lemooot.
Sebagai info tambahan saat ini jailbreak sudah legal di US meskipun apple tidak "senang" dengan keputusan ini, sehingga ios ios terbarunya pasti menutup celah agar tidak bisa dijailbreak.
Wednesday, September 15, 2010
Wednesday, August 11, 2010
Enabling and disabling services during start up in GNU/Linux
From: http://linuxhelp.blogspot.com/2006/04/enabling-and-disabling-services-during_01.html
In any Linux distribution, some services are enabled to start at boot up by default. For example, on my machine, I have pcmcia, cron daemon, postfix mail transport agent ... just to name a few, which start during boot up. Usually, it is prudent to disable all services that are not needed as they are potential security risks and also they unnecessarily waste hardware resources. For example, my machine does not have any pcmcia cards so I can safely disable it. Same is the case with postfix which is also not used.
So how do you disable these services so that they are not started at boot time?
The answer to that depends on the type of Linux distribution you are using. True, many Linux distributions including Ubuntu bundle with them a GUI front end to accomplish the task which makes it easier to enable and disable the system services. But there is no standard GUI utility common across all Linux distributions. And this makes it worth while to learn how to enable and disable the services via the command line.
But one thing is common for all Linux distributions which is that all the start-up scripts are stored in the '/etc/init.d/' directory. So if you want to say, enable apache webserver in different run levels, then you should have a script related to the apache webserver in the /etc/init.d/ directory. It is usually created at the time of installing the software. And in my machine (which runs Ubuntu), it is named apache2. Where as in Red Hat, it is named httpd. Usually, the script will have the same name as the process or daemon.
Here I will explain different ways of enabling and disabling the system services.
1) Red Hat Method
Red Hat and Red Hat based Linux distributions make use of the script called chkconfig to enable and disable the system services running in Linux.
For example, to enable the apache webserver to start in certain run levels, you use the chkconfig script to enable it in the desired run levels as follows:
# chkconfig httpd --add# chkconfig httpd on --level 2,3,5This will enable the apache webserver to automatically start in the run levels 2, 3 and 5. You can check this by running the command:
# chkconfig --list httpdOne can also disable the service by using the off flag as shown below:
# chkconfig httpd off# chkconfig httpd --delRed Hat also has a useful script called service which can be used to start or stop any service. Taking the previous example, to start apache webserver, you execute the command:
# service httpd startand to stop the service...
# service httpd stopThe options being start, stop and restart which are self explanatory.
2) Debian Method
Debian Linux has its own script to enable and disable services across runlevels. It is called update-rc.d. Going by the above example, you can enable apache webserver as follows:
# update-rc.d apache2 defaults... this will enable the apache webserver to start in the default run levels of 2,3,4 and 5. Of course, you can do it explicitly by giving the run levels instead of the "defaults" keyword as follows:
# update-rc.d apache2 start 20 2 3 4 5 . stop 80 0 1 6 .The above command modifies the sym-links in the respective /etc/rcX.d directories to start or stop the service in the destined runlevels. Here X stands for a value of 0 to 6 depending on the runlevel. One thing to note here is the dot (.) which is used to terminate the set which is important. Also 20 and 80 are the sequence codes which decides in what order of precedence the scripts in the /etc/init.d/ directory should be started or stopped.
And to disable the service in all the run levels, you execute the command:
# update-rc.d -f apache2 remove. Here -f option which stands for force is mandatory.
But if you want to enable the service only in runlevel 5, you do this instead:
# update-rc.d apache2 start 20 5 . stop 80 0 1 2 3 4 6 .
3) Gentoo Method
Gentoo also uses a script to enable or disable services during boot-up. The name of the script is rc-update . Gentoo has three default runlevels. Them being: boot, default and nonetwork. Suppose I want to add the apache webserver to start in the default runlevel, then I run the command:
# rc-update add apache2 default... and to remove the webserver, it is as simple as :
# rc-update del apache2To see all the running applications at your runlevel and their status, similar to what is achieved by chkconfig --list, you use the rc-status command.
# rc-status --all4) The old fashioned way
I remember the first time I started using Linux, there were no such scripts to aid the user in enabling or disabling the services during start-up. You did it the old fashioned way which was creating or deleting symbolic links in the respective /etc/rcX.d/ directories. Here X in rcX.d is a number which stands for the runlevel. There can be two kinds of symbolic links in the /etc/rcX.d/ directories. One starts with the character 'S' followed by a number between 0 and 99 to denote the priority, followed by the name of the service you want to enable. The second kind of symlink has a name which starts with a 'K' followed by a number and then the name of the service you want to disable. So in any runlevel, at any given time, for each service, there should be only one symlink of the 'S' or 'K' variety but not both.
So taking the above example, suppose I want to enable apache webserver in the runlevel 5 but want to disable it in all other runlevels, I do the following:
First to enable the service for run level 5, I move into /etc/rc5.d/ directory and create a symlink to the apache service script residing in the /etc/init.d/ directory as follows:
# cd /etc/rc5.d/# ln -s /etc/init.d/apache2 S20apache2This creates a symbolic link in the /etc/rc5.d/ directory which the system interprets as - start (S) the apache service before all the services which have a priority number greater than 20.
If you do a long listing of the directory /etc/rc5.d in your system, you can find a lot of symlinks similar to the one below.
lrwxrwxrwx 1 root root 17 Mar 31 13:02 S20apache2 -> ../init.d/apache2Now if I start a service, I will want to stop the service while rebooting or while moving to single user mode and so on. So in those run levels I have to create the symlinks starting with character 'K'. So going back to the apache2 service example, if I want to automatically stop the service when the system goes into runlevel 0, 1 or 6, I will have to create the symlinks as follows in the /etc/rc0.d, /etc/rc1.d/, /etc/rc6.d/ directories.
# ln -s /etc/init.d/apache2 K80apache2One interesting aspect here is the priority. Lower the number, the higher is the priority. So since the starting priority of apache2 is 20 - that is apache starts way ahead of other services during startup, we give it a stopping priority of 80. There is no hard and fast rule for this but usually, you follow the formula as follows:
If you have 'N' as the priority number for starting a service, you use the number (100-N) for the stopping priority number and vice versa.
In any Linux distribution, some services are enabled to start at boot up by default. For example, on my machine, I have pcmcia, cron daemon, postfix mail transport agent ... just to name a few, which start during boot up. Usually, it is prudent to disable all services that are not needed as they are potential security risks and also they unnecessarily waste hardware resources. For example, my machine does not have any pcmcia cards so I can safely disable it. Same is the case with postfix which is also not used.
So how do you disable these services so that they are not started at boot time?
The answer to that depends on the type of Linux distribution you are using. True, many Linux distributions including Ubuntu bundle with them a GUI front end to accomplish the task which makes it easier to enable and disable the system services. But there is no standard GUI utility common across all Linux distributions. And this makes it worth while to learn how to enable and disable the services via the command line.
But one thing is common for all Linux distributions which is that all the start-up scripts are stored in the '/etc/init.d/' directory. So if you want to say, enable apache webserver in different run levels, then you should have a script related to the apache webserver in the /etc/init.d/ directory. It is usually created at the time of installing the software. And in my machine (which runs Ubuntu), it is named apache2. Where as in Red Hat, it is named httpd. Usually, the script will have the same name as the process or daemon.
Here I will explain different ways of enabling and disabling the system services.
1) Red Hat Method
Red Hat and Red Hat based Linux distributions make use of the script called chkconfig to enable and disable the system services running in Linux.
For example, to enable the apache webserver to start in certain run levels, you use the chkconfig script to enable it in the desired run levels as follows:
# chkconfig httpd --add# chkconfig httpd on --level 2,3,5This will enable the apache webserver to automatically start in the run levels 2, 3 and 5. You can check this by running the command:
# chkconfig --list httpdOne can also disable the service by using the off flag as shown below:
# chkconfig httpd off# chkconfig httpd --delRed Hat also has a useful script called service which can be used to start or stop any service. Taking the previous example, to start apache webserver, you execute the command:
# service httpd startand to stop the service...
# service httpd stopThe options being start, stop and restart which are self explanatory.
2) Debian Method
Debian Linux has its own script to enable and disable services across runlevels. It is called update-rc.d. Going by the above example, you can enable apache webserver as follows:
# update-rc.d apache2 defaults... this will enable the apache webserver to start in the default run levels of 2,3,4 and 5. Of course, you can do it explicitly by giving the run levels instead of the "defaults" keyword as follows:
# update-rc.d apache2 start 20 2 3 4 5 . stop 80 0 1 6 .The above command modifies the sym-links in the respective /etc/rcX.d directories to start or stop the service in the destined runlevels. Here X stands for a value of 0 to 6 depending on the runlevel. One thing to note here is the dot (.) which is used to terminate the set which is important. Also 20 and 80 are the sequence codes which decides in what order of precedence the scripts in the /etc/init.d/ directory should be started or stopped.
And to disable the service in all the run levels, you execute the command:
# update-rc.d -f apache2 remove. Here -f option which stands for force is mandatory.
But if you want to enable the service only in runlevel 5, you do this instead:
# update-rc.d apache2 start 20 5 . stop 80 0 1 2 3 4 6 .
3) Gentoo Method
Gentoo also uses a script to enable or disable services during boot-up. The name of the script is rc-update . Gentoo has three default runlevels. Them being: boot, default and nonetwork. Suppose I want to add the apache webserver to start in the default runlevel, then I run the command:
# rc-update add apache2 default... and to remove the webserver, it is as simple as :
# rc-update del apache2To see all the running applications at your runlevel and their status, similar to what is achieved by chkconfig --list, you use the rc-status command.
# rc-status --all4) The old fashioned way
I remember the first time I started using Linux, there were no such scripts to aid the user in enabling or disabling the services during start-up. You did it the old fashioned way which was creating or deleting symbolic links in the respective /etc/rcX.d/ directories. Here X in rcX.d is a number which stands for the runlevel. There can be two kinds of symbolic links in the /etc/rcX.d/ directories. One starts with the character 'S' followed by a number between 0 and 99 to denote the priority, followed by the name of the service you want to enable. The second kind of symlink has a name which starts with a 'K' followed by a number and then the name of the service you want to disable. So in any runlevel, at any given time, for each service, there should be only one symlink of the 'S' or 'K' variety but not both.
So taking the above example, suppose I want to enable apache webserver in the runlevel 5 but want to disable it in all other runlevels, I do the following:
First to enable the service for run level 5, I move into /etc/rc5.d/ directory and create a symlink to the apache service script residing in the /etc/init.d/ directory as follows:
# cd /etc/rc5.d/# ln -s /etc/init.d/apache2 S20apache2This creates a symbolic link in the /etc/rc5.d/ directory which the system interprets as - start (S) the apache service before all the services which have a priority number greater than 20.
If you do a long listing of the directory /etc/rc5.d in your system, you can find a lot of symlinks similar to the one below.
lrwxrwxrwx 1 root root 17 Mar 31 13:02 S20apache2 -> ../init.d/apache2Now if I start a service, I will want to stop the service while rebooting or while moving to single user mode and so on. So in those run levels I have to create the symlinks starting with character 'K'. So going back to the apache2 service example, if I want to automatically stop the service when the system goes into runlevel 0, 1 or 6, I will have to create the symlinks as follows in the /etc/rc0.d, /etc/rc1.d/, /etc/rc6.d/ directories.
# ln -s /etc/init.d/apache2 K80apache2One interesting aspect here is the priority. Lower the number, the higher is the priority. So since the starting priority of apache2 is 20 - that is apache starts way ahead of other services during startup, we give it a stopping priority of 80. There is no hard and fast rule for this but usually, you follow the formula as follows:
If you have 'N' as the priority number for starting a service, you use the number (100-N) for the stopping priority number and vice versa.
Tuesday, August 10, 2010
Monday, July 12, 2010
Metro Ethernet vs Leased Line
Average ping time router to router with load 1500 via :
- Metro ethernet 30 ms
- Leased Line 16 ms
- Metro ethernet 30 ms
- Leased Line 16 ms
Sunday, June 27, 2010
Download Cisco VPN Client
http://helpdesk.ugent.be/vpn/en/akkoord.php
Cisco VPN Client for Windows, Mac, Linux
Cisco VPN Client for Windows, Mac, Linux
Saturday, June 26, 2010
Pilih Velg Bekas
http://www.kapanlagi.com/a/old/pilih-pilih-velg-bekas-mata-jeli-cacat-terdeteksi.html
KapanLagi.com - Ada beberapa alasan orang ingin mengganti velg mobilnya. Salah satu alasannya adalah untuk mempercantik penampilan mobilnya, terutama bagi para 'penggila' modifikasi mobil, yakni dengan mengganti model velg, dari velg standard atau biasa disebut velg kaleng menjadi velg racing. Atau juga bisa jadi orang mengganti velg mobilnya karena memang sudah penyok atau lecet dan berkarat.
Dan jika kondisi keuangan memadai, maka kita tinggal pergi ke salah satu toko variasi mobil dan memilih dari ratusan model velg baru yang tersedia di sana. Namun jika kondisi kantong pas-pasan, maka pilihan velg bekas pun bisa jadi alternatif yang murah dan meriah. Toh, walaupun bekas, bukan berarti velg sudah tak layak pakai. Kalau kita pintar memilihnya, bisa jadi kita dapat barang yang BSB alias Bekas Seperti Baru.
Nah, jika kita akan berburu velg bekas, mata kita perlu awas dalam menentukan kualitas velg yang dipilih. Jangan sampai dapat velg yang pernah pecah, bengkok ataupun dicat ulang. Oleh sebab itu, dibutuhkan ketelitian kita dalam memeriksa kondisi velg bekas yang akan kita beli.
Memilih velg bekas memang membutuhkan kesabaran dan ketelitian. Hal pertama yang kudu kita perhatikan adalah kondisi fisik velg tersebut, layak pakai atau tidak?
1. Bibir Velg
Pastikan kondisi bibir velg bebas dari pecah dan benjol (peyang, red). Perlu diwaspadai, velg dengan diameter besar rawan pecah jika menggunakannya kurang hati-hati. Jika benjolnya susah untuk dideteksi secara kasatmata, gunakan mesin balancing. Untuk memeriksa velg yang masih terpasang ban, sebaiknya ban dilepaskan dahulu untuk mempermudah pengecekan.
Pemakaian velg peyang akan mengurangi kenyamanan dalam berkendara. Namun, jika kita tetap ingin membelinya karena alasan sudah kepincut dengan desainnya, bisa diakali dengan di-press di bengkel khusus velg. Semakin besar dimensi velg, semakin tinggi ongkosnya.
2. Bekas Bubutan
Masih seputar bibir velg, periksa juga apakah ada bekas bubutan. Kondisi tersebut bisa dilihat berupa garis-garis pada bibir velg. Jika Anda menemui bekas tersebut, berarti velg pernah bengkok atau peyang. Sebab, salah satu cara untuk membenahi velg yang telah bengkok, selain di-press juga dengan cara dibubut. Jadi, bekas bubutan itu pasti terlihat.
Selain itu, perhatikan juga offset-nya. Jangan sampai juga ada bekas garis-garis bubutan. Sebab jika sudah dibubut, berarti offset velg tersebut sudah berubah dari kondisi aslinya.
3. Cat Ulang Atau Overspet
Telitilah cat atau lapisan luar velg. Andaikan dilapis krom, maka warna krom yang asli akan lebih mengkilap dibandingkan dengan krom polesan. Jika velg dicat, warna velg harus merata dan sesuai aslinya. Untuk mengetahui apakah velg tersebut pernah dicat ulang, bisa dilihat dari emblem atau cetakan merek pada velg tersebut.
Jika sudut cetakan terlihat 'tajam', maka kemungkinan besar cat velg tersebut masih asli. Namun, tak bisa dipungkiri, untuk hal ini diperlukan orang yang hafal dan sudah terbiasa 'bermain' dengan velg. Perlunya kita mencermati hal ini adalah untuk menghindari overspet yang bertujuan untuk menyembunyikan cacat yang dimiliki oleh velg. Jadi, jangan tertipu oleh penampilan cat yang 'kinclong'.
Nah, intinya, jika kita ingin membeli velg bekas, lebih baik teliti tak jadi membeli sebelum membayarnya. Sebab, jarang ada penjual velg bekas yang memberikan jaminan kualitas velg yang dijualnya. Usai memeriksa secara visual, lakukan pengecekan terakhir di mesin balancing roda, untuk mendapatkan pengukuran yang lebih akurat. (oto/bun)
-----------
http://forum.detik.com/showthread.php?t=179998?o993306frm
Velg aluminium itu bagus JIKA pengecorannya bagus dan pendinginannya seragam. Biasanya velg yang bagus dipake sebagai OEM oleh ATPM, dan kalo dijual lepas harganya lebih mahal. Kalo velg racing biasa yang murahan, kemungkinan retak rambut sangat tinggi, jadi bisa patah pada saat dikendarai. Ini bisa jadi fatal. Cara mudah untuk mengecek velg racing yang bagus (walaupun murah) sebenarnya gampang. Velg digantung bebas, dan dipukul ringan pake obeng atau benda metal lain. Kalo suara mendengungnya halus dan lama, maka semakin bagus. Cari yang suara dengungnya halus dan luuaammaaa. Kalo dengungnya sebentar atau cenderung kasar, ada kemungkinan retak dalam. Retak luar bisa dihilangkan dengan cat, tapi tidak merubah suara dengung yang dihasilkan.
Kalo velg kaleng itu anti pecah, perawatan gampang. Kelemahan: ngk keren. Itu aja. Kalo mau keren, velg kaleng bisa cat dov item, ngk perlu kasi dop lagi.
KapanLagi.com - Ada beberapa alasan orang ingin mengganti velg mobilnya. Salah satu alasannya adalah untuk mempercantik penampilan mobilnya, terutama bagi para 'penggila' modifikasi mobil, yakni dengan mengganti model velg, dari velg standard atau biasa disebut velg kaleng menjadi velg racing. Atau juga bisa jadi orang mengganti velg mobilnya karena memang sudah penyok atau lecet dan berkarat.
Dan jika kondisi keuangan memadai, maka kita tinggal pergi ke salah satu toko variasi mobil dan memilih dari ratusan model velg baru yang tersedia di sana. Namun jika kondisi kantong pas-pasan, maka pilihan velg bekas pun bisa jadi alternatif yang murah dan meriah. Toh, walaupun bekas, bukan berarti velg sudah tak layak pakai. Kalau kita pintar memilihnya, bisa jadi kita dapat barang yang BSB alias Bekas Seperti Baru.
Nah, jika kita akan berburu velg bekas, mata kita perlu awas dalam menentukan kualitas velg yang dipilih. Jangan sampai dapat velg yang pernah pecah, bengkok ataupun dicat ulang. Oleh sebab itu, dibutuhkan ketelitian kita dalam memeriksa kondisi velg bekas yang akan kita beli.
Memilih velg bekas memang membutuhkan kesabaran dan ketelitian. Hal pertama yang kudu kita perhatikan adalah kondisi fisik velg tersebut, layak pakai atau tidak?
1. Bibir Velg
Pastikan kondisi bibir velg bebas dari pecah dan benjol (peyang, red). Perlu diwaspadai, velg dengan diameter besar rawan pecah jika menggunakannya kurang hati-hati. Jika benjolnya susah untuk dideteksi secara kasatmata, gunakan mesin balancing. Untuk memeriksa velg yang masih terpasang ban, sebaiknya ban dilepaskan dahulu untuk mempermudah pengecekan.
Pemakaian velg peyang akan mengurangi kenyamanan dalam berkendara. Namun, jika kita tetap ingin membelinya karena alasan sudah kepincut dengan desainnya, bisa diakali dengan di-press di bengkel khusus velg. Semakin besar dimensi velg, semakin tinggi ongkosnya.
2. Bekas Bubutan
Masih seputar bibir velg, periksa juga apakah ada bekas bubutan. Kondisi tersebut bisa dilihat berupa garis-garis pada bibir velg. Jika Anda menemui bekas tersebut, berarti velg pernah bengkok atau peyang. Sebab, salah satu cara untuk membenahi velg yang telah bengkok, selain di-press juga dengan cara dibubut. Jadi, bekas bubutan itu pasti terlihat.
Selain itu, perhatikan juga offset-nya. Jangan sampai juga ada bekas garis-garis bubutan. Sebab jika sudah dibubut, berarti offset velg tersebut sudah berubah dari kondisi aslinya.
3. Cat Ulang Atau Overspet
Telitilah cat atau lapisan luar velg. Andaikan dilapis krom, maka warna krom yang asli akan lebih mengkilap dibandingkan dengan krom polesan. Jika velg dicat, warna velg harus merata dan sesuai aslinya. Untuk mengetahui apakah velg tersebut pernah dicat ulang, bisa dilihat dari emblem atau cetakan merek pada velg tersebut.
Jika sudut cetakan terlihat 'tajam', maka kemungkinan besar cat velg tersebut masih asli. Namun, tak bisa dipungkiri, untuk hal ini diperlukan orang yang hafal dan sudah terbiasa 'bermain' dengan velg. Perlunya kita mencermati hal ini adalah untuk menghindari overspet yang bertujuan untuk menyembunyikan cacat yang dimiliki oleh velg. Jadi, jangan tertipu oleh penampilan cat yang 'kinclong'.
Nah, intinya, jika kita ingin membeli velg bekas, lebih baik teliti tak jadi membeli sebelum membayarnya. Sebab, jarang ada penjual velg bekas yang memberikan jaminan kualitas velg yang dijualnya. Usai memeriksa secara visual, lakukan pengecekan terakhir di mesin balancing roda, untuk mendapatkan pengukuran yang lebih akurat. (oto/bun)
-----------
http://forum.detik.com/showthread.php?t=179998?o993306frm
Velg aluminium itu bagus JIKA pengecorannya bagus dan pendinginannya seragam. Biasanya velg yang bagus dipake sebagai OEM oleh ATPM, dan kalo dijual lepas harganya lebih mahal. Kalo velg racing biasa yang murahan, kemungkinan retak rambut sangat tinggi, jadi bisa patah pada saat dikendarai. Ini bisa jadi fatal. Cara mudah untuk mengecek velg racing yang bagus (walaupun murah) sebenarnya gampang. Velg digantung bebas, dan dipukul ringan pake obeng atau benda metal lain. Kalo suara mendengungnya halus dan lama, maka semakin bagus. Cari yang suara dengungnya halus dan luuaammaaa. Kalo dengungnya sebentar atau cenderung kasar, ada kemungkinan retak dalam. Retak luar bisa dihilangkan dengan cat, tapi tidak merubah suara dengung yang dihasilkan.
Kalo velg kaleng itu anti pecah, perawatan gampang. Kelemahan: ngk keren. Itu aja. Kalo mau keren, velg kaleng bisa cat dov item, ngk perlu kasi dop lagi.
Thursday, June 3, 2010
Upgrade Kalyway 10.5.2 to 10.5.8
Required :
Another bootable Mac Partition (i am using Kalyway 10.5.2)
OSX86Tools
DSDT patcher
intelCPUPMDisabler.kext, AppleDecrypt.kext, dsmos.kext
Apple ComboUpdate 10.5.8
1. Fresh install Kalyway 10.5.2
2. Backup all extensions and kernel using OSX86Tools
3. Download and install DSDT patcher....and patch it
4. Download and install intelCPUPMDisabler.kext, AppleDecrypt.kext, dsmos.kext using OSX86Tools and restart
5. Download and install 10.5.8 combo update from Apple website
6. Shutdown, boot to another Mac partition
6. From another Mac partition,
- Edit /System/InstallAtStartup/scripts/1 with VIM or any other text editor, find the string "Dont steal...kext", replace with dsmos.kext
- Restore all Extensions and Kernel using OSX86Tools.
7. Boot to new Mac 10.5.8 Volume with -s option
8. Remove video drivers using /movevideodrivers then exit to load Mac GUI
9. Install all AppleGMA950 from Kalyway 10.5.8 update dmg using Pacifist
10. Install AppleIntelIntegratedFramebuffer.kext from 10.5.2 installer disk
11. Restart
11. Install AppleAltiVecDVDDriver.bundle from 10.5.8 update dmg so VLC can show the video
10. Restart
11. Done
Note: Do not click on System profiles --> Hardware --> Graphics/Display, will make error
Another bootable Mac Partition (i am using Kalyway 10.5.2)
OSX86Tools
DSDT patcher
intelCPUPMDisabler.kext, AppleDecrypt.kext, dsmos.kext
Apple ComboUpdate 10.5.8
1. Fresh install Kalyway 10.5.2
2. Backup all extensions and kernel using OSX86Tools
3. Download and install DSDT patcher....and patch it
4. Download and install intelCPUPMDisabler.kext, AppleDecrypt.kext, dsmos.kext using OSX86Tools and restart
5. Download and install 10.5.8 combo update from Apple website
6. Shutdown, boot to another Mac partition
6. From another Mac partition,
- Edit /System/InstallAtStartup/scripts/1 with VIM or any other text editor, find the string "Dont steal...kext", replace with dsmos.kext
- Restore all Extensions and Kernel using OSX86Tools.
7. Boot to new Mac 10.5.8 Volume with -s option
8. Remove video drivers using /movevideodrivers then exit to load Mac GUI
9. Install all AppleGMA950 from Kalyway 10.5.8 update dmg using Pacifist
10. Install AppleIntelIntegratedFramebuffer.kext from 10.5.2 installer disk
11. Restart
11. Install AppleAltiVecDVDDriver.bundle from 10.5.8 update dmg so VLC can show the video
10. Restart
11. Done
Note: Do not click on System profiles --> Hardware --> Graphics/Display, will make error
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