Let's say a .com costs $1,000 per year. For a legitimate business / organization, that is a trivial cost. For a domain hoarder, that makes keeping domains by and large unprofitable.
Killing this parasitic activity is a good thing.
916 karma · joined March 31, 2012
Let's say a .com costs $1,000 per year. For a legitimate business / organization, that is a trivial cost. For a domain hoarder, that makes keeping domains by and large unprofitable.
Killing this parasitic activity is a good thing.
Well in fact their is an issue of misaligned incentives here. Your chargeback insurance has a strong incentive not to receive any chargeback (of course), so they will be overly cautious and decline a lot of valid charges. Stripe on the other hand as perfectly aligned incentives with the merchant, as they don't make money on a blocked transaction.
(disclaimer: I work at Stripe)
It probably needs to be controlled for social class and job type but I think this could explain the phenomenon.
In general this doesn't work, because small problems are something we can live with. It's way better to solve one big problem, the one the customer is losing sleep over.
At Local Motion, we noticed that the big customers we closed fast were always companies with one very big problem we could solve (e.g. "my cars are getting stolen") vs lots of small problems (e.g. "software tool for maintenance" + "data reports" + "graphs" + xxx)
Anyway with one nodejs process it's not possible, but you can detect a stuck node and use some load balancing with a cluster of node processes (2 is usually enough), and simply reload a process if it gets stuck (while sending an email to ops of course). You need to use such an architecture to get zero-downtime deployments in any case .
Could you post an issue on https://github.com/louischatriot/nedb with your environment details and how to reproduce this?
Also benchmarks should be runnable by users :)
(not saying ML could be used to do that, more like "didn't we learn with UML that these kind of stuff brings pain and no benefits")
Maybe the performance is not yet on par with C. Maybe it will never be. But using JS means we can use this for very rapid prototyping and move on to C when we do need the performance.
The people complaining about performance are the same ones who build very fast and scalable products that nobody uses.
And about JS, let's remember there are two types of programming languages: the ones which everyone complains about, and the ones nobody uses.
If a guy walks in my company's lobby to ask if we are looking for engineers, I'll certainly give him an interview.
Don't pick on Node for not doing something it was not created to do, and will never do.