It may be seen as complexity, but it's something I loved in Windows. The ability to flag any connection as metered.
- I used it for my AT&T LTE USB modem.
- I used it in my car, which has a wireless access point connected to LTE.
Apple's "solution" seems to be (and I can't recall if it was even directly described as such) "we're moving to a world where cellular data will be the same as Wifi, so..."
Except here's a fun fact for you. Did you know the same amount of money will buy you _less than half_ the data package in 2016 from AT&T and Verizon as it would have bought you in 2012? Data is twice as expensive now over cellular, not half.
Adblockers on iOS require the 64 bit A7 SoC which was released with the 5S. I'm not sure if there's a valid reason why they couldn't make it work on 32 bit too, whether it was just extra effort or whether they'd have had to make technical concessions, but the way they implemented ad blocking within Safari is different to other solutions (e.g. the side-loaded ad blockers that 05 mentioned) so it's hard to be sure.
The first 10 minutes searching didn't yield any results. Needs jailbroken device and then you can fiddle with your device's host file is what a lot of comments say.
Is that bit about data costs true? I recall paying about $70/month for a 4GB plan at that time. I'm currently paying about $100/month for 12GB shared across two lines. If I were to get a 5GB plan today (they don't offer 4GB), it would cost $75/month. And it would include unlimited talk and SMS, where my old plan had something like 500 minutes of talk and cost an outrageous amount for each SMS.
See my sister reply, it's definitely not twice as much now (but was 18 months ago), but is still higher. (For example going from 2GB to 5GB in 2014 would cost you $20 more, and now costs $30 more).
How much would the starting level of 2GB cost then, though? Your other post seems to ignore the mandatory voice service, which I think has become a bit cheaper. It certainly has if you want unlimited, but not as much if you're like me and 500 minutes was fine.
Unlimited texting & voice was also not standard back then though. They charge more for data now to make up for having to give voice & sms away basically for free.
It's not really free, nor are they losing money on it. It's just that's texts are no loner cost as more then sending a msg to the International Space Station. You know, back when you were paying 10 cents for a 160 bytes.
> Apple's "solution" seems to be (and I can't recall if it was even directly described as such) "we're moving to a world where cellular data will be the same as Wifi, so..."
Seems like a good assumption. In fact, an increasing number of lower income households have no household wifi and instead use only LTE on their phones. Not sure how they could use an Xbox this way.
> Except here's a fun fact for you. Did you know the same amount of money will buy you _less than half_ the data package in 2016 from AT&T and Verizon as it would have bought you in 2012?
Why I have kept my unlimited data skag on AT&T even though I have to forego tethering.
And even if the metered offer would be cheaper per my actual usage, I know that usage is trending inexorably upwards.
So, they're making an OS for the remote future? A laudable endeavor! In the meantime, I'll stick with an OS made for the present. (posted over a temporary LTE connection where basically every byte is being paid for.)
Because there are still people, such as myself, that occasionally use heavily metered connections, and the percentage of people to whom this applies will not drop to zero in any foreseeable future.
So I suppose the real question is: even though there are users that need this, will they soon be few enough to justify ignoring ignoring them? Is this already the case? (I'll admit my snark was unnecessary, but Apple's position on this is completely incompatible with the way I and many other people use computers.)
From the CBS article, "With that plan and voice service, a smart phone could cost as little as $55 per month before taxes and add-on fees, down from $70 per month."
According to AT&T's planner, that means in SIX YEARS, costs haven't changed at all, overall.
I can't speak for the US, but here in Canada prices have gone through the roof. When the iPhone first came out you could get a 6GB plan for $55/month with Rogers. Now for 5GB you're looking at $105/month, bring your own device.
In Saskatchewan, for example, there is a public sector telco (Sasktel) that provides the same services that the big three national telcos (Rogers, Bell, Telus) provide. As a result, the prices in Saskatchewan are significantly cheaper than in neighbouring Alberta (where there are only the big three).
It's very eye-opening to go to the Rogers site and flip between AB and SK to see how the prices change.
I'm deliberately excluding the smaller players like Wind because they don't provide the same service, the smaller players lack the geographical coverage that the big three have.
I'm from Saskatchewan, and I can say that Sasktel is quite a good ISP and telco. Despite the relatively small, sparse population of SK, the prices are quite low, and I think Sasktel is the major reason for competitive pricing.
As a direct example of the Rogers pricing difference, the 10 GB "share everything" plan (unlimited talk/text) costs $65/mo in SK but over twice that, $135/mo in AB!
Are you including voice in that? I'm still on the original promo plan (gotten when I didn't even have an iPhone, since it didn't do tethering yet and my Moto RAZR2 did), and it's $30/mo for the data alone.
We have 32GB a month from Verizon on two iPhones (family plan) and we pay roughly $200/month for that.
I paid about $350/month for three phones from AT&T on the old Unlimited plans before I switched in mid 2013. Granted I dropped a line but Verizon has been a better provider and I hardly ever exceed the 32GB a month.
C'mon, how much do you really use? I kept my Sprint plan for 10 years "because unlimited data FTW!" There were occasional months where I would use 10, 15, even 20GB on a single phone. But hey, we paid $176/month for 2 phones.
Then I switched to Ting 6 months ago. The highest bill I've had since: $42
If I have a month where I use 10GB, my bill might reach $200 for that one month. I still come out WAY ahead in the long run.
> Did you know the same amount of money will buy you _less than half_ the data package in 2016 from AT&T and Verizon as it would have bought you in 2012? Data is twice as expensive now over cellular, not half.
Going back to 2007 (when I switched to ATT to use the original iPhone), data was unlimited. Of course, it was so slow that they really had no concern that you would want to use much of it unless it was necessary or you were especially patient.
> Did you know the same amount of money will buy you _less than half_ the data package in 2016 from AT&T and Verizon as it would have bought you in 2012? Data is twice as expensive now over cellular, not half.
Get off AT&T/VZ then. T-Mobile has been great for me (10 lines with 2.5GB/mo each for $160/mo, with tax/fees = $200/mo).
If you're in Eastern or Southern Europe (as the 2€ would indicate), they might pay 2000 USD per year for phone, but they also probably make five or ten times your salary.
I can understand why service prices are tied to locale. If a person in the Bay Area chooses to be a plumber or a chef instead of a software engineer, they need to be paid much more than plumber or a chef in Slovakia. But the cost of providing cell service is largely infrastructure and hardware which is the same everywhere. It seems the reason why prices in the US are so high is government failure to foster competition.
If you stand behind a paper, you won't have signal with T-mobile.
I'm exaggerating, but I tried getting T-mobile 2x so far.
Once in SF in 2015 where I didn't have connection anywhere in my apartment on the second floor in a non-hilly area. Also I got randomly dropped phone calls/missed 20+ seconds of conversation as I walked around.
Another time it was in NYC in 2013 and it consistently periodically cut off in the same areas while driving on one of the city's highways.
Verizon generally has worse voice quality, but the connection never cuts out in urban areas.
Unfortunately that only works for WiFi connections for me. My USB modem presents itself as LAN connection so I can't mark that. I also couldn't mark my tethered phone connection as metered.
> And yet, AWS itself doesn't natively support IPv6
Public ELBs support it. And even if you're only using one instance behind the ELB, its $14/month for that ELB. No one needs IPv6 on backend instances if they're only talking to the outside world through ELBs.
EDIT: I'm wrong.
> Load balancers in a VPC support IPv4 addresses only.
Yes, actually. We're using lambdas for all the heavy lifting, so we don't need much at all for the app server.
AWS is also used by plenty of smaller players who won't ever need more than one instance for everything. Or just devs who want a remote server to play with. Not everyone needs ELBs.
> I'm curious, how does Apple detect apps which don't support IPv6?
If their network is entirely IPv6 then they may not do anything special to test it. If an app fails with IPv4/IPv6 related errors then it doesn't support IPv6 properly.
And mind you, this means that your app needs to support IPv6 addressing. Your backend server doesn't need to support IPv6, since you can route to IPv4 addresses on IPv6-only networks.
If you're using the correct APIs with IPv4 addresses, you're fine.
> At WWDC 2015 we announced that iOS 9 will support IPv6-only network services. All apps submitted to the App Store must support IPv6 starting in early 2016.
How we can connect by IP address? In Telegram and in Actor we have done direct connection by IP because many public networks have very bad DNS servers. Also banning by host name is much easier than by IP address and avoid government censorship we need to use plain IP addresses and have our own IP sync in messaging apps. But NAT64 doesn't allow plain ipv4 conenction? Right?
If your network doesn't do AQM that supports ECN marking, then the only appropriate thing to do is pretend ECN doesn't exist. There's no reason to tamper with those bits or even observe them unless you are going to use them to signal that you are experiencing congestion.
The current situation for the other six DiffServ bits is different. The lack of standardized meaning for them means it's common practice to alter or remove the prioritization if you don't agree with how your neighbor networks use those bits.
You can use Charter's 6rd service to get a /64 tunnel at home. They're only rolling out IPv6 to fiber business customers right now. Friend who worked there said the last modem rollouts were so they could do step 1: management of modems over v6.
So it shouldn't be too far off, but you never know...
You can configure a local IPv6-only network with macOS Server for the purpose of testing. You will see it as an access point on your device or simulator.
- I used it for my AT&T LTE USB modem.
- I used it in my car, which has a wireless access point connected to LTE.
Apple's "solution" seems to be (and I can't recall if it was even directly described as such) "we're moving to a world where cellular data will be the same as Wifi, so..."
Except here's a fun fact for you. Did you know the same amount of money will buy you _less than half_ the data package in 2016 from AT&T and Verizon as it would have bought you in 2012? Data is twice as expensive now over cellular, not half.