This doesn't bother most other people, but I like to use my phone for longer than 2-3 years. I really don't see the point in buying a marginally faster phone every other year. It's wasteful for the environment and costs a lot of money.
867 karma · joined January 4, 2018
This doesn't bother most other people, but I like to use my phone for longer than 2-3 years. I really don't see the point in buying a marginally faster phone every other year. It's wasteful for the environment and costs a lot of money.
Also, I would try to communicate that the client probably is an expert in their business, and your developers are not. At the same time, your developers are experts at developing, for which you need to know an enormous amount of details about the business. If they seem idiots, it's because they lack domain knowledge (and it might be worth it to try to do something about that in cooperation with the client -- I'm not sure he's open to this but you can always ask him for suggestions on improving domain knowledge).
On the other hand, don't give the client any reasons to be an asshole. Underpromise, overdeliver, and communicate timely and clearly.
I think it should be possible to implement this in a dependently typed language like Idris, but haven't really worked on this (yet). Any thoughts?
Micro-USB ports, on the other hand, just stop holding connectors, even after I cleaned the port.
Division is the inverse of multiplication (a * b / b = a / b * b = a). However, multiplication by 0 is not injective (we have x * 0 = 0 for every x), so multiplication by zero can't have an inverse operation, and both 0/0 and 1/0 are undefined.
There, fixed it for you. In particular, I'm glad that the OO cancer hasn't spread to something as basic as a build system.
For a matrix M, denote f_M(x) = M * x. Then f_{A * B} = f_A(f_B(x)) so that f_{(A * B) * C} = f_{A * B}(f_C(x)) = f_A(f_B(f_C(x))) and also f_{A * (B * C)} = f_A(f_{B * C}(x)) = f_A(f_B(f_C(x))).
So f_{(A * B) * C} = f_{A * (B * C)} = f_A(f_B(f_C(x)))
I feel perfectly comfortable with using pointers (and my intuition about them) in C.
If you buy a new car, you're paying for the fact that it is new, even if you can't see it. I did a quick search, and found a gorgeous Audi A8 that looks like it's new for 6k. You can buy a crappy old car for about 1k. So anything in between should get you something modest. Most people I know buy used cars, and I rarely have heard anyone having troubles with them (IDK, are American cars less reliable?). If you buy a relatively new used car, you get all of the advantages you list, and none of the disadvantages.
I usually make combinations with: 1. Vegetables (for vitamins): beans, broccoli, cauliflower, spinach, tomatoes, bell peppers 2. Meat-like (for proteins): Ground beef, chicken, meat replacements 2. Filler (for carbs): Potatoes, pasta, rice 3. Optional extra's: Sauce, cream, cheese (cheese is expensive though!)
This allows me to cook fairly quick and cheap.
Excuse, but it is really hard to empathize with the author for me after reading this. Complaining about 15k that's being tossed into your lap is not going to make you look good.
Disclaimer: I'm no RISC-V expert and I didn't look at RARS for very long, so these might be stupid questions.
You can try to learn on your own by reading, but if you want to make serious progeaa, you need a teacher, it's as simple as that.
I also remember there are companies that allow you to publish and sell your work, and handle the printing and shipping. I don't remember the exact companies, but that sounds like a good fit for the poster.
I'm totally serious. If you pull it off -- and in many structured jobs, you simply can't -- this simple tip alone can make a huge difference in productivity.