Select Primary DNS, and then hold down the B Button to delete the DNS (it defaults to zeros). Enter 8.8.8.8 as the primary DNS, and then select OK. Select Secondary DNS, and then hold down the B Button to delete the existing DNS. Enter 8.8.4.4 as the secondary DNS, and then select OK.
As described in our previous post,CoreDNS can be used in place of Kube-DNS for service discovery in Kubernetes clusters. Because of the flexible architectureof CoreDNS, this can enable some interesting use cases. In this blog, we'll show how to solve a common problem - creatingcustom DNS entries for your services.
Select 'Manual'. Select 'Primary DNS' with the A Button, and then hold down the B Button to delete the DNS (it defaults to zeros). Enter 8.8.8.8 as the primary DNS, and then select 'OK'. Select 'Secondary DNS' with the A Button, and then hold down the B Button to delete the existing DNS. Enter 8.8.4.4 as the secondary DNS, and then select 'OK'. Also, if one sets DNS to Manual you have to enter both IP4 and 6 addresses. Can IP6 be disabled? I don't mind using the Rogers' DNS numbers in which case DNS would be set to Auto ( not sure about DNS Proxy Status) but I would like the option of using different DNS providers and that's a bit confusing ( with the ip6 issue) and,of course.
There are a couple of different possiblities here:
- Making an alias for an external name
- Dynamically adding services to another domain, without running another server
- Adding an arbitrary entry inside the cluster domain
CoreDNS can solve all of these use cases. Let's start with the first one, which is pretty common. In this situation, youwant to be able to use the same name for a given service, whether you are accessing it inside or outside the cluster. Thisis helpful, for example, when using TLS certificates that are bound to that name.
Suppose we have a service, foo.default.svc.cluster.local that is available to outside clients as foo.example.com.That is, when looked up outside the cluster, foo.example.com will resolve to the load balancer VIP - the externalIP address for the service. Inside the cluster, it will resolve to the same thing, and so using this name internallywill cause traffic to hairpin - travel out of the cluster and then back in via the external IP. Instead, we want itto resolve to the internal ClusterIP, avoiding the hairpin.
To do this in CoreDNS, we make use of the rewrite plugin. This plugin can modify a query before it is sentdown the chain to whatever backend is going to answer it. Recall the Corefile (CoreDNS configuration file) weused in the last blog:
To get the behavior we want, we just need to add a rewrite rule mapping foo.example.com to foo.default.svc.cluster.local:
Once we add that to the ConfigMap via kubectl edit or kubectl apply, we have to let CoreDNS know that the Corefile Exit path 2spiter games download. has changed. You can send it a SIGUSR1 to tell it to reload graceful - that is, without loss of service:
Running our test pod, we can see this works:
That's all there is to solving the first problem.
The second problem is just as easy. Here, we just want to be able to serve DNS entries out of a different zonethan the cluster domain. Since CoreDNS is a general-purpose DNS server, there are many other waysto serve up zones than just the kubernetes plugin. For simplicity, we'll use the file plugin alongwith another ConfigMap entry to satisfy this use case. However, you could use the etcd plugin to store servicesdirectly within an etcd instance, or the auto plugin to manage a set of zones (very nice when used alongwith git-sync).
To create the new zone, we need to modify the coredns.yaml we have been using to create an additional filein the pod. To do this we have to edit the ConfigMap by adding a file line to the Corefile, and alsoby adding another key, example.db, for the zone file:
and we also need to edit the volumes section of the Pod template spec:
Once we apply this using kubectl apply -f, a new CoreDNS pod will be built, because of the new filein the volume. Later changes to the file won't require a new pod, just a graceful restart like we did before.Let's take a look:
Perfect! We can now edit that ConfigMap and send SIGUSR1 any time we want to add entries to example.org. Of course,as mentioned earlier, we could also use the etcd backend and avoid the hassle of modifying the ConfigMap andsending the signal.
This brings us to the last problem. That one can be solved using the new support for fallthrough in the kubernetesplugin. This functionality has been added in the recently released version 007 of CoreDNS - we'll come back withanother blog soon show how to use it.
Important notes before you start changing DNS settings on Asus Router
- Your router model may have a different interface. Ensure that your device is running the most up-to-date firmware.
- To unblock streaming services with our KeepSolid SmartDNS app, you have to register your IP address. Check out how to manage your IP address in the KeepSolid SmartDNS App and your KeepSolid User Office here.
- Whenever your IP changes, our service will stop working for you. To avoid this, make sure to update your IP address via your User Office or KeepSolid SmartDNS app.
- Before you start making any changes on your Asus Router, you should save your original DNS settings for future reference. You'll need them in case if you want to switch back to the original settings.
- We also recommend you to block Google DNS addresses (8.8.8.8 and 8.8.4.4) making some changes via your router settings. You can find the exact steps in the following section of our manual: How to block Google DNS on Asus Router.
How to set DNS on Asus Router
1. First things first, you should sign in to your Asus Router Admin Panel. To do this, you can just type http://192.168.1.1 to the browser address bar. In case if you still can't access Asus Router Admin Panel, you can also enter http://192.168.0.1 or http://192.168.2.1
2. Now you should fill in the username and password of your Asus Router > click Login. Check out your manual handbook or your router box for the correct info of your default credentials. Or you can try to enter admin for username and password as your default credentials if you haven't changed them before.
3. Press WAN.
4. Look for the Connect to a DNS Server Automatically item and set it to NO.
5. In the DNS Server 1 and the DNS Server 2 fields, you should enter the Asus Router primary and secondary DNS servers.
62.210.136.158
69.162.67.202
6. Press Apply.
7. Restart your Asus Router.
How to block Google DNS on Asus Router
1. Log in to your Asus Router > go to LAN that you can find under Advanced Settings.
2. Note down your LAN IP and after that, go to the Route tab.
3. Now you should check Enable Static Routes.
4. In the appeared window, fill in the following fields:
Mac Cosmetics Quotes
Network/Host IP - 8.8.8.8
Netmask - 255.255.255.255 or 255.255.255.0
Gateway - Your LAN IP
Metric - 2
Interface - LAN
5. When you finish entering the needed info, press ➕ to add your route.
6. After that, you should repeat these steps for your secondary Google DNS (8.8.4.4).
7. When you set up routes, just press Apply.
8. Test your static routes to make sure you've blocked Google DNS.
How to test your static routes
1. Go to Command Prompt on your PC or to Terminal on Mac.
2. Enter ping 8.8.8.8 in the command line > click Enter.
Click the Apple menu and select 'App Store.' The Apple menu is in the upper-left corner of the screen. You can now use the App Store to check for the latest versions of your App Store apps, as well as install any security and stability updates for OS X. Set your Mac to check for software updates automatically On your Mac, choose Apple menu System Preferences, then click Software Update. To automatically install macOS updates, select 'Automatically keep my Mac up to date.' To set advanced update options, click Advanced, then do any of the following. Use Software Update Choose System Preferences from the Apple menu , then click Software Update to check for updates. If any updates are available, click the Update Now button to install them. Or click 'More info' to see details about each update and select specific updates to install.
3. Enter ping 8.8.4.4 in the command line > click Enter.
Entering Manual Dns Mac Quotes Digital Download
4. If you've done everything right, you'll see the results as either a Timed Out or Destination Host Unreachable error.
