It's that time of year again, where I realise I'm paying more than I need to for my phone and think about switching providers. Currently I'm paying abut £14 a month, for 100 minutes of calls and 40MB of data. I rarely make more than 60 minutes of calls in a month (I hate telephones), but I'd like more data so I can use my 770 as intended.
For the last four years, I have been looking for a service like this, where it provides calls but is mainly focussed on data. I am looking (somewhat half-heatedly, I admit) for jobs and the moment and so I don't know how long I will be staying in the UK for, making any contract with a minimum period unacceptable. This shouldn't be a problem, since I already own a phone so no network needs to make and recoup any investment (and yet most of them still require a minimum period of a year for a contract, and Three don't even offer SIM-only contracts).
Does anyone know of a UK operator which doesn't suck, and does provide intermittent data use for a reasonable rate? I am starting to think I should invest in WiMAX companies; at this rate they're going to make a killing when they start deploying over here...
There is no way I could feel more disdain for Apple's QA department than I do right now. It seems that, in spite of the fact Leopard was in development for over two years, no one bothered to test what happened when you updated an account using FileVault from Tiger. My experience was:
Oh well, I thought. It's an occupational hazard when using an encrypted disk image for your home directory; if you don't get a clean shutdown then you can lose data. So, mindful of this, I restored from a recent backup and rebooted. Sure enough, there I was logged in again. Then, a few weeks later, I upgraded to 10.5.1, shut down cleanly, rebooted, and... couldn't log in. Apparently the disk image was corrupted. Worse, it turns out this is a known fault: Leopard always leaves FileVault home directories created with Tiger in an unmountable state when you log out.
I'm going to say that again:
Leopard always leaves FileVault home directories created with Tiger in an unmountable state when you log out.
What kind of monumentally incompetent design is this? I have no idea. Anyway, enough of the ranting. I'm sure what people really want to know is 'what do I do when my shiny new OS has just eaten 30GB of personal data.' Step one is to swear at Apple. A lot. Step two is to realise that this 'corrupt' disk image, with a 'bad superblock' actually mounts fine in Tiger still. Fortunately, I haven't 'up'graded my Powerbook to Leopard. I booted the MBP in target mode, mounted it on the PowerBook, mounted the disk image and copied all of the files out.
I now had
This lead to the question of how to tell OS X that I was no longer using FileVault. Apparently this isn't documented anywhere I could find via Google and so I had to spend a long time hunting through the filesystem. Thanks again Apple.
It turns out that the relevant file is
Once upon a time, Apple was known for attention to detail and thorough testing. I suppose their current activities are good news for Étoilé, but I'd rather we competed by raising our standards than by Apple lowering theirs.
It's a simple vocabulary game which asks you to pick the closest synonym for a word from four options. It shows you adverts, and for every word you get right they donate 10 grains of rice to the UN World Food Program. It adjusts the difficulty based on how many you've got right so far, up to a maximum of 50. I seem to be hovering around he 40±2 mark at the moment.
EDIT: I got to 47 for a bit, but then dropped down again. Still haven't made it to 48, which they claim few people beat.
Converting them to decimal, we get:
100001 = 32 + 1 = 33
1010101 = 64 + 16 + 4 + 1 = 85
As ASCII codes, these are ! and U. Not particularly meaningful, but it gives us a hint. Considering the song's subject some connection to money could be a good guess. Considering OpenBSD's focus on cryptography, it seems like it might be encrypted in some way, but presumably some way that's known to be insecure enough that someone with only two characters and a knowledge of the context can decrypt it. A Caesar Cypher is an obvious bet. Since it's in binary, a power of two seems like a nice bet for an easy-to-guess key. We want one that leaves both characters in the letters region of the character set (65-90, 97-122). Picking 32, we get:
1000001 = 64 + 1 = 65
1110101 = 64 + 32 + 16 + 4 + 1 = 117
This corresponds to the letters A and u. Since Au is the chemical element for gold, this is probably the answer.
Of course, with only a two-letter cyphertext and no knowledge of the algorithm or key, we can't be sure, and the 'real' decryption could be anything, but it seems likely that the correct answer is gold considering the subject of the song. Assuming it is a Caesar Cypher, we know that the distance between the two characters must be 52, so we can write a simple program that will output them all:
#include <stdio.h>
int main(void)
{
for(int i=0 ; i<128 ; i++)
{
printf("%d: %c%c\n", i - 33, (char)i, (char)(i + 52) & 127);
}
return 0;
}
The only results where both are in the letter range are:
32: Au
33: Bv
34: Cw
35: Dx
36: Ey
37: Fz
Of these, only Au is an atomic symbol. The others might have some other meaning, but Au still seems like the best bet. No other powers of two give us a value in the letter range, although 16 gives 1e, which might mean something to someone (decimal 30? ASCII code for record separator?).
In summary, the title for the new OpenBSD theme song could be anything, but is probably Gold. Also, I am definitely a geek.
He who steps on others to reach the top has good balance.