| Service | SSL | status | Response Type | Allowed methods | Allowed headers |
|---|
| # GET VERSION | |
| npm -v (or --version) | |
| # GET HELP | |
| npm help | |
| npm | |
| # CREATE PACKAGE.JSON | |
| npm init | |
| npm init -y (or --yes) |
- Like C, but with garbage collection, memory safety, and special mechanisms for concurrency
- Pointers but no pointer arithmetic
- No header files
- Simple, clean syntax
- Very fast native compilation (about as quick to edit code and restart as a dynamic language)
- Easy-to-distribute executables
Picking the right architecture = Picking the right battles + Managing trade-offs
- Clarify and agree on the scope of the system
- User cases (description of sequences of events that, taken together, lead to a system doing something useful)
- Who is going to use it?
- How are they going to use it?
I feel like I have a vague understanding of what an amortized analysis is. From what I've noticed, it's the time if the action in consideration is done a large number of times (on a large data set?). I know it's in contrast to worst-case cost analysis but if anyone has any helpful ways to explain it and how to find amortized cost, that would be great.
You can think of amortized a little like "average", but there's a subtle difference.
Average involves a random process. Amortized does not.
| // returns first element selected - $('input[name="food"]') | |
| var $ = document.querySelector.bind(document); | |
| // return array of selected elements - $$('img.dog') | |
| var $$ = document.querySelectorAll.bind(document); | |
| // Credit: https://twitter.com/wesbos/status/608341616173182977 |
#puts vs. print vs. p ###The 'puts' (short for "put string") and 'print' commands are both used to display the results of evaluating Ruby code. ###Both 'puts' and 'print' call the 'to_s' method on the object AND return nil.
###The primary difference between them is that 'puts' adds a newline after executing, and 'print' does not. ###They don't RETURN anything so the RETURN value is nil. ###Using 'p' calls the 'inspect' method on the object.
print "Milan"
Milan => nil
