Very briefly, it’s a microwave, it works. Flatbed is convenient, and it has rubber suction feet which help keep it firmly planted where you place it, and it looks pretty good. However, using it is frustrating because:
The buttons are supposedly touch-sensitive, but require a slightly disconcerting amount of pressure to activate, unless you’re lucky and hit a very tiny special spot on the button.
Setting the cooking time is frustratingly tedious because the designers for some reason felt that once you start cooking, the only way to add time should be to cancel the program and start all over again with the newly desired time.
I’m baffled by how it’s possible that the people who bought and use this Microwave could give it such glowing reviews at Argos. I would personally rate it 2 stars for this reason, and I won’t buy it again given the chance.
In Ubuntu Bionic, I found that the dnsmasq package no longer creates a service for dnsmasq that you can control with service or systemctl. After a fair amount of experimenting and some help from the friendly folk at #systemd on irc.freenode.net , I ended up with a dnsmasq service file that does the right things, namely:
wait for the LAN interface to be online (since my dnsmasq listens only on LAN), and then start the dnsmasq service.
Here goes the systemd unit file which you can place in /etc/systemd/system/dnsmasq.service :
Description = Self-created DNSMasq service unit file
ExecStartPre=/lib/systemd/systemd-networkd-wait-online -i enp4s0
Once you have created the service file, you must enable it with sudo systemctl enable dnsmasq.service . You of course need to make sure to use the correct device names for your system (my network device is listed by systemctl as sys-subsystem-net-devices-enp4s0.device). You can list all the devices systemd knows on your machine using systemctl -t device. Use grep to filter for your specific device (interface) name if you know what it’s called. Mine was called “enp4s0”.
The short summary of the above systemd unit file is that:
It is wanted by my LAN ethernet device, so it is launched when the device has been registered by udevd (or whatever subsystem handles this).
It’s of type “forking” because dnsmasq is a daemon which forks itself and you need this configuration for systemd to track it correctly.
In order to wait until the LAN is actually routable, I had to use the ExecStartPre (thanks #systemd) to use the systemd-networkd-wait-online application.
ExecStartPre just executes specified binary or script before it actually launches your desired process.
this application basically blocks until the specified interface is routable (which means it has an IP address).
You must use the full path to the executable.
Once it’s routable, then dnsmasq is executed (ExecStart), and dnsmasq by default will load the config file in /etc/dnsmasq.conf
Another installment in this series. If you are used to dropping scripts in /etc/network/if-pre-up.d/ and seeing them get executed just before the network subsystem is up that’s another thing that doesn’t work in ubuntu Bionic, and you get no feedback that it doesnt.
Don’t panic though, because here I show you how to accomplish partially similar results. I say partially because my proposal here executes only on system boot, but that should suffice, because the firewall rules don’t disappear and need to be reapplied due to network status changes, and you will probably have other mechanisms in pace to deal with events that are related to network anyway.
The straightforward answer is that you now need to create a systemd service, which executes the script you would normally place in /etc/network/if-pre-up.d/. As a digression, despite the fact that systemd renders much of my previously acquired know-how useless, I actually like the logic of it’s design and so I hope that the new knowledge I’m acquiring and sharing here will be useful for long into the future.
Here’s my firewall rules script that I shamelessly adapted from Ars Technica: (the rules continue to be relevant to ubuntu Bionic, but the methods aren’t).
root@sol:/home/nucc1# cat /etc/network/iptables
echo "Loading Firewall Rules..."
logger "ROUTER: WAN: $WAN, LAN: $LAN"
logger "setting up base iptables rules"
:PREROUTING ACCEPT [0:0]
:INPUT ACCEPT [0:0]
:OUTPUT ACCEPT [0:0]
:POSTROUTING ACCEPT [0:0]
-A POSTROUTING -o $WAN -j MASQUERADE
:INPUT ACCEPT [0:0]
:FORWARD ACCEPT [0:0]
:OUTPUT ACCEPT [0:0]
#global accept rules
-A INPUT -s 127.0.0.0/8 -d 127.0.0.0/8 -i lo -j ACCEPT
-A INPUT -p icmp -j ACCEPT
-A INPUT -m state --state ESTABLISHED -j ACCEPT
#enable traceroute rejections to be sent.
You need to create a systemd unit file in /etc/systemd/system/ with the contents below (give it any name of your choice dot service, I call mine ‘router-rules.service‘):
Description = Apply base firewall rules for router functionality
It’s pretty easy to understand I think. Type=oneshot means, execute the script and don’t try to daemonise it or something. WantedBy=network-pre.target is the systemd way of saying to execute something just before the network is configured, which is Pre-Network.
Once this systemd service has been created, you need to enable it (otherwise, it won’t run at startup).
sudo systemctl enable router-rules.service
Et voilà! Next time your system reboots, the script will be executed, and your firewall will contain the rules it set. Notice that I designed my script to write messages to /var/log/syslog so that there is some record of it’s activity in syslog for me to review on this headless machine.
The “new” way to configure your network in Ubuntu 18.04 Bionic Beaver is to use netplan files in /etc/netplan/ instead of the age-old /etc/network/ .
For some reason, /etc/network still exists and you get no warning that whatever you specify there will be ineffective.
Personally, I renamed the single file in /etc/netplan/ to something that has no bearing with “cloud” and then specified my preferred network configuration. I even removed cloud-init . Here is an example:
That sets one interface to DHCP, and the other one to a static IP address (there are two interfaces on this machine called enp3s0 and enp4s0).
Then you need to execute sudo netplan apply and that should apply your new configuration. It does apply except that there’s one potential catch: If you’re not using the built-in systemd stub resolver, then things don’t quite work (/etc/systemd/resolve.conf with DNSStubListener=No) since the /etc/resolv.conf file is a symlink to:
To fix this, I modified the symlink to point instead to the file that netplan automatically updates: /run/systemd/resolve/resolv.conf
You just deployed yourself a fresh copy of Ubuntu Server 18.04 Bionic Beaver. It should be the latest and greatest, and you just need a virtual machine to do some web development or perhaps you just want to enable IP forwarding and use this machine as a router. That’s great, except the latest Ubuntu assumes that you are part of the current trend to put everything in the cloud, and so ships with something called cloud-init.
I prefer to move, rather than delete, in case something goes wrong and you wish to restore the files.
When you remove cloud-init following those steps, your machine stops booting and there is apparently a service that is waiting for network to be up. This would normally be just an inconvenience, but the boot hangs indefinitely waiting for said network. Odd choice of configuration out of the box, but anyway, you can fix this by:
List the services which depend on network being online.
sudo systemctl show -p WantedBy network-online.target
This will list the culprits as some iscsi services that you probably don’t need.
Disable the services and remove the open-iscsi package
systemctl disable <service name>
apt remove open-iscsi
That should do to get the system booting without some service waiting endlessly for a network connection.
In a bout of nostalgia, and seeing as the game was now reasonably cheap on PC-DVD, I got myself a copy of EA’s 2012 (personal favourite) Need for Speed Most Wanted for PC. They didn’t port this title to PS4 of Xbox One.
Amazon provided prompt delivery in their usual style and I was up an running the following night with only one problem.
It was running terribly slowly on my 4K monitor using the not-so-high-end Nvidia GTX 960. The reason this was so was that the game had launched itself in 4K resolution with all the graphics settings jacked up to the max, and was running in a very large window as a sort of mock full-screen.
Not nice. I went into the game’s settings and set the resolution to 1920×1080, leaving graphics at max quality still and ended up with a tiny 1080p window in the corner of my screen. Grrr!
Open nVidia control panel (or your GPU’s control panel)
Expand the Display subtree and select Adjust desktop size and position
Select the display you desire if using multiple displays.
Select “Perform Scaling on GPU”
Tick the “Override the scaling mode set by games and programs”
That should do the trick. It appears that EA programmed the game to always try to do scaling on the Display or in software, which probably made sense when the game was being built as home users probably wouldn’t have 4K or higher resolution displays.
The latest instalment in life with an Android TV. The picture above says it all. Samba Services is an app on the TV that Sony uses to analyse what you’re viewing so that it could build a marketing profile for ad targeting. You can disable this service like most non-system services in the apps list, and you can also execute the setup of the app and opt out of the tracking.
You would think that if you’ve opted out of the service, and then gone to the apps manager and disabled the service, that would be the end of it… Wrong! You apparently can never stop the app from running. When you disable it, you get an infinite loop of popups as pictured above.
A not oft discussed topic in router reviews (which are a dime for a dozen on the web) is how to see just how much data your household is consuming.
Here I attempt to fill that gap by outlining the capabilities that my my router which is powered by Advanced Tomato provides. This is not a general review of the router software (which is excellent), but just some screenshots and some discussion about the bandwidth monitoring capabilities so that you can look before you leap, if you’re in the market for something that provides you with good statistics.
The router software provides two primary views by which you can monitor bandwidth usage. They are called “Bandwidth” which tracks total usage of the device across all it’s interfaces, and then there is “IP Traffic” which is useful if you want to get per-connected-device granularity. We’re only going to cover the bandwidth monitor, but you can be confident that the per-IP statistics are just as granular.
Realtime Bandwidth Usage
The realtime bandwidth page provides an instantaneous view of all the traffic going through the device. I personally struggle to make much sense of the way the view is subdivided. The LAN (br0) is the bridge that links all the interfaces on the device (the two Wifi Radios as well as the 4-port gigabit ethernet switch — I’m using an Asus RT-AC56U).
You’d expect whatever is shown in the WAN tab to be what’s actually leaving your local network onto the wider internet. WL (eth1) and WL(eth2) reflect the 2.4Ghz and the 5GHz wifi radios. It’s unclear what Eth0 represents, but between Eth0 and Vlan1, one or both of them represent the 4-port ethernet switch present on the device.
Last 24 Hours Bandwidth
The 24 Hours Bandwidth chart is a little more interesting. Shown above is the WAN coverage. This presents a 24-hour view of the internet. The Y-axis shows the peak average speed and the X-axis represents time of day. Shaded areas represent times when data was being transferred. Grey shades represent downloads, blue-ish shades (which are hardly visible) represent uploads.
You can see that large file downloads will represent comparatively wider “mountains” on this graph, and the faster the download went, the taller the mountain will be. A small, fast download will be a very thin and tall mountain.
Daily Bandwidth Usage
The total transfers done per day are detailed here, going as far back as your router storage permits. This is an aggregate of internet bandwidth usage across all devices over the date measured.
As you can see in the chart above, we did a lot of downloading/streaming on 2018-01-05.
A similar view is provided for the weekly bandwidth chart.
Monthly Data Usage
The most interesting chart to me is the monthly data usage. It allows me to see how much data we consumed going back as far as I want, grouped by month. The top-billed month would have been October 2017 if we didn’t have an unlimited Internet Connection.
There aren’t many routers out there that can provide this kind of information. The closest competitor I have found is Google Wifi, whose statistic go back at most 60 days. This is partly the inspiration for this post. I’ve been evaluating migrating to a multiple access point system in order to improve coverage in certain parts of the home, and it’s very difficult to find out how modern-day competition compares to this configuration in terms of usage statistics.
Worry no more. It’s a 3-step process to fix it. You just need to do it from the monitor’s external/physical power management settings.
Witness the photo below. Since the power management appears to be at fault, I have to assume that the monitor actually powers itself off, causing the OS to think it’s disconnected, which results in windows being rearranged. Flipping this setting to “Never” fixes the issue for me. The display continues to go into power-saving mode controlled by the OS.
You’re curious what this Android TV thing is and what’s in store for you if you wind up with an Android TV; Read on.
You probably know that Android is the Ubiquitous mobile phone OS (Operating System) made by Google. It’s been adapted to fit TVs and some manufacturers are making TVs that ship with this OS built-in — theoretically opening up access to potential value offered by the Android platform:
relatively open platform
more apps than you could ever need
Not exactly. As far as apps go, Android TV is not much better than any other TV OS out there. As you can’t simply execute any mobile phone app on the TV (which is sensible considering the different input sources available on phone vs TV), the app selection is limited to apps that have been designed for TV. For TV-related needs such as watching videos, playing music and playing video games, there isn’t much to complain about.
You should assume therefore that Android does not confer any special advantages on your TV even while it brandishes the highly charged green droid icon. As far as I can tell, all the TV services available on Android TV are available everywhere else. For the UK, this means: BBC iPlayer, ITV, Channel 4, Demand 5, Netflix, Youview…
I will spare you the typical talk about beauty (it is beautiful to me), organised (I think that at least Google put some thought into menu layout) and Sony generally in keeping to tradition makes a well-laid out remote control.
Honourable Mention: Line-of-Sight Bluetooth Remote
One specific feature that deserves honourable mention, and one of those features which I think reminds us that is Sony in the same class as Apple when it comes to UX design is the fact that the remote control for the TV is a bluetooth device, but unlike most bluetooth remote controllers, it requires Line-of-sight for every function that does not require bluetooth to work (that is, it uses infra-red for most functions, and bluetooth for voice). This is important because:
it prevents you from accidentally operating the remote control when you’re otherwise simply moving it away from the spot on your sofa that your feet have just now decreed that they wish to rest.
if your toddler lays their hands on it while you were watching something, they can do limited damage unless they aim it at the TV 🙂
It must therefore, make it’s mark — or miss it in how well it serves you as a TV. In this regard, for someone who upgraded from a previously dumb Panasonic TV from 2013 to a Sony XE-85 series Android TV, there is a mixed bucket of hot and cold, resulting in an overall neutral if not slightly negative result. Here go the key things I’ve noticed shifting my habits to work within Sony’s implementation of Android TV.
Slow and Steady Almost Wins the Race
Out of the box, the TV was a laggy and relatively frustrating experience. This is pretty much fixed in the latest firmware (PKG6.2671.0070EUA at the time of Writing this — 31-Dec-2017). Remote control input is generally relayed fast enough to match expectations.
It makes me wonder if it’s a lack of computing power, or just insufficient software optimization, but one of the still-noticeable deficiencies is with voice input: it takes a few seconds after clicking the voice input button before the system is actually listening to you… Why?
High-Decibel Unwanted Movie Trailers
Sony’s Android TV will “helpfully” start showing you movie Trailers from Google’s Play Store when it thinks there is no active input source currently available, and there is no way to turn this off. This happens frequently for example, after a gaming session on a playstation 4. When the console goes into standby, the TV will automatically start playing movie trailers at a volume (anecdotally) 50% higher than what you were previously listening to, startling everyone in the room in the process.
This is even more frustrating because the “Prog +/-” buttons which are unneeded if you don’t watch Terrestrial/Youview TV will automatically launch these high-decibel trailers if you accidentally press them, since the spam is launched whenever you try to switch inputs and there is none available.
Voice “Maybe” Control
Google’s voice recognition is generally accurate enough to be acceptable. The trouble with the implementation in Android TV is the fact that the voice input button is not unversally supported, and they haven’t done a thorough job of classifying what voice commands are global, and which are app-specific.
You would think that if you said “open Netflix”, that would be a global command that would do exactly what you ask wherever in the TV you happen to be, but in practice, what it does depends on the app you’re using. In youtube, voice input “open Netflix” will do a Youtube search for “open netflix” and show you a bunch of videos you do not want. In the Netflix app, the voice command does nothing… Heh.
Being familiar with Computing, I can understand how difficult it is to build software systems, and you could perhaps expect future updates to improve this. The only catch is, at approximately one firmware update per Year or more, this may never reach it’s full potential in it’s lifetime. Perhaps Netflix may update their app sooner and improve this?
It’s well-known that Amazon is the sworn enemy of Google and Android (to Amazon’s detriment, in my view), but Sony somehow got Amazon to make the Amazon Video app for it’s Televisions. As a Prime Member who periodically wants to watch The Grand Tour, the app is a helpful addition (which spares me from using a video game console, as Amazon flatly refuses to implement Chromecast support).
As someone who likes watching high quality video, Amazon just can’t help but keep treating it’s customers with disdain. Note, all my vitriol is directed at amazon in this section, but as this contributes to the overall experience of using Android TV, it’s a slight dent on the platform as well.
Amazon’s Android TV app has the following problems:
video playback stutters badly when you adjust volume, and sometimes just on it’s own accord
the app quits when it’s backgrounded. So you can’t easily go do something else briefly and then come back to the home screen and hit resume on your video.
What Amazon fails to understand is that they’re not somehow making me seek out Amazon hardware by making it difficult to get their stuff on Android. They just make me use Netflix more, except of course for the one Amazon Exclusive show that I care to watch (Grand Tour).
Dear Amazon, you should make your content easier to access by your customers no matter what platform they are on, like Netflix does.
The Chromecast is a useful device. An essential device for anyone who occasionally has people over and they need youtube music to keep the guests entertained. Youtube has a nice feature where a group of people connected to a Chromecast can queue up music to play centrally. This is how parties rock in the future where building codes pay no heed to sound isolation and you still need something to link people together and get them grooving.
I have found nothing yet that works quite as well as letting everyone take turns playing their favourite songs. Even at low volumes, it generates a lot of discussion and debate, which is a key ingredient of a low-key house party.
Having the cast protocol built in means that you can for the first time use the Play/Pause, Skip buttons on the remote control to control cast playback, something that the standalone Chromecast quite oddly does not support.
Again, Sony reminds of their class. The HDMI-CEC implementation is seamless. It makes sense why the Playstation 4 does not have a Sony media playback remote control. With the exception of Startup where you need a PS4 controller to sign in to your profile (since the HDMI CEC way of “pressing the Home button” is a bit convoluted), you can control the entire media playback experience using just the TV remote. Disc Menus, subtitles, audio, pretty much everything I use when watching blu-ray discs.
Routing audio via ARC to the AVR is seamless, and the volume controls are routed sensibly. Well implemented stuff (Microsoft, get your act together).
The home screen has a row of recommendations. I don’t recall ever seeing BBC iPlayer or Netflix or Amazon content there… perhaps the developers of those apps have not bothered to implement this feature. Can’t blame Android TV or Google for that.
Notice the Recommendation about Make-up? LOL. If that were based on my viewing habits, it should be suggesting yet another review of the Mercedes S63 AMG.
It’s worth pointing out some things that I have not yet discovered, that I wish were present.
No Remote Control Finder
I often lose sight of the remote control, and this being a bluetooth device, you’d expect that there’s a beeper built-in so that if you pushed the “beep” button on the TV, the remote would start making noises, making it easier to detect which section of the sofa it’s crept into. You’re out of luck on this one.
Only Two of the HDMI ports accept 4K-HDR inputs on my Sony XE-8596
HDMI 2 (Audio Return Channel) and HDMI 3 are the only inputs that will accept a 10-bit input signal. This is a shame, because if you read the product specifications, it says “all input support 4K connected inputs/devices”. What isn’t very clear is that 4K does not automatically mean HDR… so… if I ever want to connect more than 2 HDR devices to this TV, I’d have to get an AV-Receiver which supports HDR inputs.
Android TV is a usable implementation of smart TV functionality. Sony’s design is well-thought out and the built-in Chromecast is nice, and provides a nice screensaver when it’s not otherwise hijacked by the user-hostile Google Play movies trailers.
Personally, I find the inability to disable the movie trailers frustrating enough that I will not consider an Android TV next time I’m in the market for a TV (which isn’t too far off, considering a growing household). When I went to the shop to buy this TV, OLED (LG) was out of my budget, and as I generally like Sony’s design choices, it was easier to choose Sony over Panasonic. LG’s WebOS TVs were considered too, but lacking any prior experience with LG devices, I opted to stay closer to home.
Next time, WebOS looks like it deserves a look. If doesn’t have any owner-hostile features like the movie trailers, it just may be the better smart TV platform.