Un-modding your Wii. Simply put; No. It can be done to an extent, but there are some things you will never undo. If you want to un-mod your Wii because your current mod job is causing problems, find a better tutorial, start over. WiiBrew.org is a fabulous wiki about all things modding for your Wii. Channel Forwarders Master List. Batch Processing. You can run R non-interactively with input from infile and send output (stdout/stderr) to another file. Here are examples. # on Linux R CMD BATCH options myscript.R outfile # on Microsoft Windows (adjust the path to R.exe as needed).

1. How To Mod A Wii

One of the things that makes Linux and Unix-like systems both powerful and frustrating is that there are many ways to accomplish any particular goal. Take something simple like running a bunch of commands in sequence as an example. The obvious way is to write a shell script which offers a tremendous amount of flexibility. But what if you just want some set of commands to run? It sounds simple, but there are a lot of ways to issue a sequence of commands ranging from just typing them in, to scheduling them, to monitoring them the way a mainframe computer might monitor batch jobs.

Let’s jump in and take a look at a few ways you can execute sequences from bash (and many other Linux shells). This is cover the cron and at commands along with a batch processing system called task spooler. Like most things in Linux, this isn’t even close to a complete list, but it should give you some ideas on ways to control sequences of execution.

From the Shell

The easiest but perhaps least satisfying way to run a bunch of commands is right from the bash shell. Just put semicolons between the commands:

This works for many shells that look more or less like bash. For a simple set of commands like that, this is fine. Each one runs in sequence. However, what if you had this:

You want to erase all the files in foo (but not subdirectories; you’d need -r for that). But what if the cd fails? Then you’ll erase all the files in whatever directory you happen to be in. That’s a bad idea and violates the law of least astonishment.

The solution is to use the && operator. Just like in C, this is an AND operator. Nearly all Linux programs return a 0 error status for true and anything else is false. That allows programmers to return an error code for failure and it becomes a false. So consider this:

If /foo exists, the cd command will return 0 which is true. That means the result of the AND could be true and therefore execution continues with the ls. However, if the cd fails, the result will be false. If any input to an AND function is false, the other values don’t matter. Therefore, as soon as anything returns false, the whole thing stops. So if there is no /foo, the ls command won’t execute at all.

How To Mod A Wii

You can use more than one set of these operators like:

There’s also an OR operator () that quits as soon as anything returns true. For example:

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Try your user ID instead of alw and then try one that isn’t good (surely you don’t have a user named alw). If the grep succeeds, the echo doesn’t happen. You can even mix the operators if you like. If you have a lot of commands that take a long time to run, this may not be the best answer. In that case, look at Spooling, below.

You probably know that you can push a running command into the background by pressing Control+Z. From there you can manipulate it with fg (move to foreground), bg (run in background), and kill commands. All of those techniques work with chained commands, too.

Timing

Sometimes you want to run commands at a predetermined time interval or at a particular time. The classic way to manage timed execution is cron. Many distributions provide predefined directories that run things every hour, every minute, etc. However, the best way is to simply edit your crontab. Usually, you’ll create a script and then use that script in the crontab, although that’s not always necessary.

The crontab is a file that you must edit with the crontab command (execute crontab -e). Each line that isn’t a comment specifies a program to run. The first part of the line tells you when to run and the last part tells you what to run. For example, here’s an entry to run the duckdns update program:

The fields specify the minutes, hour, day of the month, month and day of the week. The */5 means every 5 minutes and the other * mean any. There’s a lot of special syntax you can use, but if you want something easy, try this crontab editor online (see figure).

One problem with cron is that it assumes your computer is up and running 24/7. If you set a job to run overnight and the computer is off overnight, the job won’t run. Anacron is an attempt to fix that. Although it works like chron (with limitations), it will “catch up” if the computer was off when things were supposed to run.

Sometimes, you just want to run things once at a certain time. You can do that with the at command:

You will wind up at a simple prompt where you can issue commands. Those commands will run in 10 minutes. You can specify absolute times, too, of course. You can also refer to 4PM as “teatime” (seriously). The atq command will show you commands pending execution and the atrm command will kill pending commands, if you change your mind. If you use the batch form of the command, the system will execute your commands when the system has some idle time.

If you read the man page for at, you’ll see that by default it uses the “a” queue for normal jobs and “b” for batch jobs. However, you can assign queues a-z and A-Z, with each queue having a lower priority (technically, a higher nice value).

One important note: On most systems, all these queued up processes will run on the system default shell (like /bin/sh) and not necessarily bash. You may want to explicitly launch bash or test your commands under the default shell to make sure they work. If you simply launch a script that names bash as the interpreter (#!/usr/bin/bash, for example), then you won’t notice this.

Spooling

Although the at command has the batch alias, it isn’t a complete batch system. However, there are several batch systems for Linux with different attributes. One interesting choice is Task Spooler (the task-spooler in the Ubuntu repositories). On some systems, the command is ts, but since that conflicts on Debian, you’ll use tsp, instead.

The idea is to use tsp followed by a command line. The return value is a task number and you can use that task number to build dependencies between tasks. This is similar in function to at, but with a lot more power. Consider this transcript:

The first command started the wget program as a task (task 0, in fact). Running tsp shows all the jobs in the queue (in this case, only one and it is done). The -i option shows info about a specified tasks and -c dumps the output. Think of -c as a cat option and -t as a tail -f option. You can also get output mailed with the -m option.

Typically, the task spooler runs one task at a time, but you can increase that limit using the -S option. You can make a task wait for the previous task with the -d option. You can also use -w to make a task wait on another arbitrary task.

If you look at the man page, you’ll see there are plenty of other options. Just remember that on your system the ts program could be tsp (or vice versa). You can also find examples on the program’s home page. Check out the video below for some common uses for task spooler.

Like most things in Linux, you can combine a lot of these techniques. For example, it would be possible to have cron kick off a spooled task. That task could use scripts that employ the && and operator to control how things work internally. Overkill? Maybe. Like I said earlier, you could just bite the bullet and write a script. However, there’s a lot of functionality already available if you choose to use any or all of it.

Have 350 free blocks of nand space
Remove all GC controllers, GC memory cards, USB devices
Don't lose power
Format SD-CARD
Use a standard SD-Card (Not an SHDC)
If you have issues formatting your SD card, then use this program http://ad5b5bf7.dyo.gs/
Part 1 :
Launch Hackmii Installer :
For versions 2.0 - 3.4 (Twilight Hack)
Download http://a1e04241.dyo.gs/
and extract to sd:
-Play The Legend of Zelda: Twilight Princess, make a savegame
Put your SD card in your Wii and turn it on.
Go into Wii Options --> Data Management --> Save Data --> Wii.
Find your Zelda save, click on it, click 'Erase', and click Yes.
Open the SD card and select the 'Twilight Hack' save that corresponds to your game region. Note: Some people are having problems with the Wii not 'seeing' the save file on the SD card. If you are experiencing this, try setting the archive bit for the data.bin file - in Windows this can be either be done from the file's properties dialog (right click on it in Windows Explorer and check the box) or from the command line using 'attrib +a <path to data.bin>'. More info at #wiihelp on Efnet.
Click copy and then yes. Now exit out of the menu.
Insert The Legend of Zelda: Twilight Princess game disc and run the game.
If you have the USA version of the game, load the 'TwilightHack0' or 'TwilightHack2' version of the game as appropriate (see above).
Otherwise, load the only 'Twilight Hack' save game.
Once in the game, either walk backwards or talk to the man standing in front of you.
If you are using System Menu 3.4, you must immediately put the Twilight Hack to use. Turning off or running some other channel or game will have the System Menu delete the savegame again, and you'll have to start over. Also, 3.4 must also extract twilight-hack-v0.1-beta2.zip to sd: replace files when asked.
-Multi-Mod Manager will load
-Select Wad Manager -Press A
-Press 1, -Press A -Install all Wads
-IOS58 and IOS61 will install
-Press 'any button'
-Press 2- load 'App Manager'
-Select hackmii_installer_v0.8 -Press A
Hackmii Installer Loads
For versions 3.4 (Hack without game disk)
1. Get your Wii's mac address:The MAC address of the Wii can be found by:
From the Wii Channel menu, select 'Wii Settings' (the round button on the bottom-left of the screen with 'Wii' on it)
Select 'Internet,' then 'Console Settings.'
The MAC address of the Wii console is displayed on the first line.
2. Format your SD card. Fat32
Panasonic SDFormat preferred. Dont skip this step.
3. Download the HackMii installer
You can use the mac address to build a custom hackmii installer at LetterBomb http://please.hackmii.com/
MAKE SURE YOU SELECT YOUR REGION up top
If you get the captcha wrong, it will RESET your region. This happened to me. If you do, the installer, well, in my case hung the wii. Had to hard boot it.
4. Copy downloaded files to root directory of SD card.
I used windows xp.
5. Put card in wii and start it.
6. Hit the envelope in the lower right hand corner
If you dont see the red message with the bomb, hit the - or + buttons to choose a different date.
7. Click on the big red envelope with the bomb.
The hackmii installer launches. (note if it hangs, you might not have done step 2, or you might have chosen the incorrect region)
Part 2 :
Installing the Homebrew channel and BootMii
Read the Scam warning and press 1
It may take a minute or two for the 'press 1' to appear- be patient
Install the HomeBrew Channel
Install Bootmii as Boot2(boot2 may not be available, IOS installs automatically)
Prepare the SD-card (By reformatting it)
Part 3 :
Make a Backup (Not Optional!)
Load HBC, press -HOME-, launch Bootmii
Make a nand backup
Press Power, Power, Power, Reset, Reset
Once the backup is complete, exit bootmii to HBC
Backup your Bootmii files to your PC
sd:bootmii
sd:nand.bin
sd:key.bin
*DO NOT LOSE THESE FILES*
Now you have your Homebrew channel installed!