A high level language should reduce boilerplate and 'force' you to write concise and predictable code.
PHP does none of that especially in the context of error/exception handling.
99 karma · joined June 3, 2014
A high level language should reduce boilerplate and 'force' you to write concise and predictable code.
PHP does none of that especially in the context of error/exception handling.
From the errors returned I'm pretty sure it's a PHP backend. Considering the expertise of the average PHP developer I don't think I need to say more (this might sound mean but it's not).
OK. I see it opens a websocket which I guess I need to also forward to my server.
When I access the server I get an error page. I looked at the browser log and it shows 404 for /js/dependencies.js.
I thought it was because I set it up behind apache but wget localhost:curvy_port/js/dependencies.js also yields 404.
I don't exactly know how to contact the team about this since I can't say it's a bug so I thought opening a github issue about it would be bad form.
I also wonder what's up with those two names in the 'burnt in hand' section that are anonymized (V--- E--- and G--- C---). Public people not wanting others to know about it? Escapees? People with no public records?
Reading about their daily struggles gives events from that time a whole new image.
BTW, I found extremely interesting that they gave the condemned an interview which they then wrote down ( http://www.oldbaileyonline.org/browse.jsp?div=OA17160127 ).
How many average people from that time have the luxury of their lives being recorded for future people to see? How many of us have that today?
And having the same functionality in two apps is not a good idea in any scenario.
How does a security researcher not know about procmon? another user here did a test and found no problems.
Static friction is what opposes movement between two surfaces that are static next to each other and kinetic friction is what slows down movement between two surfaces. Static friction is always >= kinetic friction.
This is explained very well in here (the top picture says it all): http://hyperphysics.phy-astr.gsu.edu/hbase/frict2.html
Think about how when you start your car from a standstill you need to be careful about your clutch release but when the car moves even the tiniest bit you can even start in the second gear if you want.
So, the engine car's wheels get kinetic friction (because they're rolling) and the other cars' wheels (which are stopped) are blocked by static friction. When you have slack and you move one car at a time you only need to beat the static friction of one car at a time. Even if the difference is 10%, if you have 10 cars and it starts to add up. I'm not saying slack is required for starting the train, just that there is an increased difficulty in doing so without slack.