I’m at least happy head hunters stopped spamming my LinkedIn
I’m at least happy head hunters stopped spamming my LinkedIn
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Not too bad, but could be better.
A funny story about my not so great love life: just matched with a girl on Tinder which I managed to have engaging text discussions with and it felt quite genuine. This is rare for me, so I was happy about it.
Well, in the end it became obvious to me it was just a pig butchering romance scam when she started to talk about how she can help me invest in cryptocurrency.
I guess I’m going to be a failure in love life for a bit longer lol.
Teardown is a really solid game under the technical gimmick. It plays more like a puzzle game, but way more open ended.
My guess to why the ads are so different:
The firms making the ads are probably completely separate from the developers. Could be just random people from fiverr making the ads. They get barely any gameplay footage, so they just come up with some random gameplay that looks fun in an ad.
I guess the game developers might be some random people from fiverr as well.
As to why it works: no idea. I guess some people just don’t care, and given how cheap these games are to make they probably just need a few people to break even.
Often I use Python for exploratory purposes. Like, I got a bunch of data, and I want to know if a particular algorithm might work or not. I implement the algorithm, but realize the results don’t look good enough. So I tweak the algorithm, maybe even do major refactoring. Or maybe I realize my visualizations or metrics don’t capture what I need to see. Or maybe I must settle for some compromise?
I iterate on this repeatedly until I find something I’m happy about (or until I give up). Sometimes I end up with something completely different from my initial idea.
TDD won’t help me much here because the end result is unknown. For each iteration of this idea process I might even need to rewrite all the tests because none of them are valid anymore.
TDD only works well if the problem is clearly specified before the first line of code has been written, which is rarely the case when I need Python for something.
Mostly number crunching and data exploration tasks. Just so I can make informed decisions about the data I got. I do this rarely enough so it hasn’t been worth for me to install all these extra third party support wheels.
“Ohh, I got all these numbers I want to crunch using numpy or pandas and plot it using matplotlib. Hold on, I just need to write unit tests first.”
Catching some errors is better than catching no errors. No compiler in any language can protect you from all runtime errors either way, but some are better at it than others.
I shouldn’t need to do unit tests for quick one off scripts
I would swap Python with C++. Constantly dealing with stupid runtime errors that could’ve been easily captured during compile time.
Did you forget to rename this one use of the variable at the end of the program? Sucks for you, because I won’t tell you about it until after 30 minutes into the execution.
I might click on some sponsored results in Google search if it was the result I was looking for either way.
although in the context of version control, the term master simply refers to the gold master, a term borrowed from the recording industry which refers to the final mixed version of a recording, and does not have a corresponding slave.
Either way, I think “main branch” is easier to say, so it’s a win.
Ok, roadside assistance is maybe worth that price, but the rest are just API calls that cost them virtually nothing to operate. There’s no need for them to keep these functionalities hostage behind some roadside service, other than to be anti consumer.
Not to mention that by paying $90 extra you unlock the functionality to remote unlock your car. What’s the justification for this price? There’s no way it costs this much extra.
$59 is still too much to ask for what amounts to just a few API calls to some cloud service.
At least move the CAPS LOCK key. There’s no good justification for why it should be on the home row.
Version numbering scenes are also arbitrary. In the case of Linux, the scheme is “Bump up the minor version until it’s too big. In that case bump up the major version instead”.
One benefit of using dropwhile is that (with a bit of practice) it can actually be easier to read than a for loop. All for loops look similar. You need to read the for loop line by line to understand what it really do.
With dropwhile (or map, filter and reduce), it’s immediately obvious it will drop all elements until a certain condition turns false.
Thanks. I’m content with my own solitude, but I can admit the affirmation I got from this event felt nice, even though it was all stimulated.