Solve half of the problems there (500 from 1000). It will take couple of months, but you learn a lot from the experience and get to understand what the interviewers look for.
Solve half of the problems there (500 from 1000). It will take couple of months, but you learn a lot from the experience and get to understand what the interviewers look for.
Rob Pike: sorry, but he was the ,,distinguish engineer'' guy making our lives hard with his half-baked languages that were full of as many inconsistencies as possible. I never liked the Pike language and maybe go is a lot better, but still it doesn't even have a generic type system.
Chris Lattner: I would rather bet on him than Rob Pike. Putting together a modern language with modern infrastructure is hard. Putting together a half-baked language is easy (especially if you have engineers working under your management).
Still what's more important: if you understand the speed of basic data structures, you can reason about performance of more specialized data structures (like memory management in the linux kernel) as well.
Which is not to say it is easy, but putting it at only 4 successes makes it much more intimidating.
http://uva.onlinejudge.org/index.php?option=com_onlinejudge&...
http://uva.onlinejudge.org/index.php?option=com_onlinejudge&...
Don't get me wrong, I love that kind of puzzles, but only for a while.
They don't seem to be too hard either. I randomly found this: http://uva.onlinejudge.org/index.php?option=com_onlinejudge&... which is literally just translating the given algorithm into a programming language of your choice and adding a counter.
0. The companies the OP interviewed at, can afford to not give a benefit of doubt. If they hire a few less engineers, their revenues are not going to see a significant dip. Not true of startups. e.g. If an e-commerce startup misses a holiday season, they are done forever. They'd hence be more forgiving.
1. Valley thinks it is a meritocracy, but it is not. Valley is full of biases when it comes to engineering talent. (It's true for all meritocratic systems). They want certain kinds of engineers.
2. Regardless of the hiring market, the companies OP interviewed at, are not forgiving in their interview processes. e.g. use of substring() instead of passing indices in a string recursion will kill an interview with most interviewers. So will use of pow() in atoi(). And you won't know ever.
3. Interviewing is not a test. Interviewing is closer to a date, than it's to a test. There are no "failures" on a date. It's about whether that relationship clicks. "Hiring market" has little bearing on a date.
4. Even if the interviewing panel and hiring committee knows that there is a shortage of engineers, they cannot knowingly give a benefit of doubt to a candidate, or that starts to affect morale in the company.
5. They cannot afford to give a lot of time in interviewing. e.g. they cannot spend a week working with you and knowing you better. If they do that, they will never be able to hire enough engineers. They need them in hundreds a month. They hence have to have an interview process that's short. And short interview processes are bound to be imperfect.
Recently I needed to develop tool to optimse some PPC I did not know the Algorithms But i knew how to research and building the tool took me less than 2 days to implement.
For more absurd, ask them to dictate their code.
All my anger here is not pointed to you as interviewer, although I see some try to defend this style of interviewing with argument about "internal langs". Google invest a lot into IDE support of their home-made langs (Go, Dart), so I doubt it's a valid point.
What is meant by "full potential" here? You are not expected to write a hundred lines of code, or get something working end-to-end. The goal is to see if you can see to the core of something more complex than a for loop. If you can, you ought to be able to explain that to a colleague in a person-to-person manner, including some syntactically-passable code. Believe it or not, a whiteboard is pretty much to most efficient way to do that.
Also I think that you asking for working code, not a general description of the algorithm, right?
As much as I've been frustrated by someone asking me to write FizzBuzz, I greatly sympathize with the people who end up asking it or some variant of a very, very simple coding problem. I hope that at some point, there really will be a better way.
> simple editor
> simple
> vim
> emacs
> vim
I solved more than 100 of them, and there's absolutely no way it will take "couple of months" to solve 500, unless you're one of the best programmers on the planet and are working on solving them full time.