121 karma · joined June 6, 2014
> The open Android ecosystem lets developers distribute apps through multiple app stores. For game developers who choose to use the Play Store, we have consistent policies that are fair to developers and keep the store safe for users. While Fortnite remains available on Android, we can no longer make it available on Play because it violates our policies. However, we welcome the opportunity to continue our discussions with Epic and bring Fortnite back to Google Play.
/** @brief Prints character ch with the specified color
* at position (row, col).
*
* If any argument is invalid, the function has no effect.
*
* @param row The row in which to display the character.
* @param col The column in which to display the character.
* @param ch The character to display.
* @param color The color to use to display the character.
* @return Void.
*/
void draw_char(int row, int col, int ch, int color);
Here is the class's guide to doxygen https://www.cs.cmu.edu/~410/doc/doxygen.html> Do they think they'll receive a fraction of the enterprise value when Google gets bought by a bigger company?
> Will Google get sold off piece by piece and they'll get a pro-rata share of the liquidation proceeds?
Yes, but also a bet on other people's demand for those things - its asset backed. Since they all are based on USD I think they're a little safer bet than a cat fad.
One of the ways languages differ is how much of the hardware they abstract. Assembly is literally a list instructions to manipulate registers (a component of a processor) containing 1 number at a time, and to jump around those lines. Resisters and you memory just hold ints, so the programmer has to know what ints are numbers what are addresses pointing to an array or other number(pointer), etc. C abstracts a ton of those instructions, so for example you have to keep track of what memory you're using but not which register has that memory's address and how to allocate registers etc. Static typing is necessary to remember how to interpret those ints. Python abstracts even more so you don't have to keep track of you memory and its very close to abstract logic. However, in exchange there is a large bit of code that has to run with you python code to figure out how to use the registers and assembly instructions to compute your function. OK it doesn't do that directly, but indirectly that's the point of what is called an interpreter.
There are advantages of more abstract languages like python. You don't have to think about as much and there are generally more safety guarantees. However, sometimes you can't afford to the time or space overhead of the interpreter. This is a commonly cited reason people move away from ruby. Sometimes you need the minute control over you data. For example, if you are writing a OS or a device driver, you need to give very specific instructions to the processor. Languages that are well suited for the latter cases are usually called systems languages.
Rust and Go are examples of languages that try to fit between C and Python on this spectrum. They want to give some of the abstractions and security grantees that python provides without the overhead and while enabling some precise control of the hardware if you need it. They also provide some abstractions that may speed up you code because the language designers have thought through some complex algorithms and code better than you may be able to.
Hope that helped, and let me know if you have any questions.
Source: I live in Pittsburgh, have seen the self-driving cars on the road, and friends have driven in then. I unfortunately, have not lucked into a ride in one yet.
One classic example is a pregnancy test. You're going to find out eventually, and the impact of a false positive is huge, so the test errs toward false negatives instead of false positives.
This video does a good job explaining it (and is where I learned most of what I know): https://www.youtube.com/watch?v=UF1T7KzRnrs