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Remove the .terraform folder and try terraform init again

OR

error is because there's no S3 bucket created to sync with.

• remove json object of s3 in .terraform/terraform.tfstate
• remove the object generating remote backend run
• terraform init

For the ELK stack to work you need all three PersistentVolumeClaim's to be bound as I recall. Instead of creating 1 30 GB of PV create 3 of the same size with the claims and then re-install. Other nodes have unmet dependincies.

Also please do not handle the volumes by hand. There are guidelines to deploy dynamic volums. Use OpenEBS for example. That way you wont need to worry about the pvc's. After giving the pv's if anything happens write again with your cluster installation process.

I was wrong obviously, in this particular problem, filesystems and cgroups take role and the main problem of this is an old problem. From 5.2.1 to 8.0.0. Reinstall the chart by pulling the chart. Edit values file and definitely change the container version. It should be fine or create another error log stack.

NFS turns on root_squash mode by default which functionally disables uid 0 on clients as a superuser (maps those requests to some other UID/GID, usually 65534). You can disable this in your mount options, or use something other than NFS. I would recommend the latter, NFS is bad.

As you can see in your error :

Can't find google.com

Container does't have access to network and therefore it can't find google !

And I can't see your Dockerfile and docker-compose.yml (If you use it) in the question above !

BUT

First step it's better to create a network using docker network create --help

--help ------> For seeing which options you want to use for your container networking :) (according to docs.docker)

Second step it's to EXPOSE: the port on docker file (docs.docker & Article about concept of EXPOSE)

AND LAST : Try to check your container networking another way and simply use docker run

Try to use bash in your main image That is Cent OS for checking the network of container

The key difference between these is that older versions of the busybox image statically linked busybox against glibc (current versions dynamically link busybox against glibc due to use of libnss even in static configuration), whereas the alpine image dynamically links against musl libc.

Going into the weighting factors used to choose between these in detail would be off-topic here (software recommendation requests), but some key points:

Comparing glibc against musl libc, a few salient points (though there are certainly many other factors as well):

• glibc is built for performance and portability over size (often adding special-case performance optimizations that take a large amount of code).
• musl libc is built for correctness and size over performance (it's willing to be somewhat slower to have a smaller code size and to run in less RAM); and it's much more aggressive about having correct error reporting (instead of just exiting immediately) in the face of resource exhaustion.
• glibc is more widely used, so bugs that manifest against its implementation tend to be caught more quickly. Often, when one is the first person to build a given piece of software against musl, one will encounter bugs (typically in that software, not in musl) or places where the maintainer explicitly chose to use GNU extensions instead of sticking to the libc standard.
• glibc is licensed under LGPL terms; only software under GPL-compatible terms can be statically linked against it; whereas musl is under a MIT license, and usable with fewer restrictions.

Comparing the advantages of a static build against a dynamic build:

• If your system image will only have a single binary executable (written in C or otherwise using a libc), a static build is always better, as it discards any parts of your libraries that aren't actually used by that one executable.
• If your system image is intended to have more binaries added that are written in C, using dynamic linking will keep the overall size down, since it allows those binaries to use the libc that's already there.
• If your system image is intended to have more binaries added in a language that doesn't use libc (this can be the case for Go and Rust, f/e), then you don't benefit from dynamic linking; you don't need the unused parts of libc there because you won't be using them anyhow.

Honestly, these two images don't between themselves cover the whole matrix space of possibilities; there are situations where neither of them is optimal. There would be value to having an image with only busybox that statically links against musl libc (if everything you're going to add is in a non-C language), or an image with busybox that dynamically links against glibc (if you're going to add more binaries that need libc and aren't compatible with musl).

1. Looking at the Xilinx AXI Ethernet Driver (drivers/net/ethernet/xilinx/xilinx_axienet_main.c), setting up the iomem cookie (mailbox) causes readl(), writel(), memcpy_fromio() et cetera to handle the access properly.

   The details of how this is done at the hardware level, depends on the hardware architecture. For example, mach-ipx4xx uses __is_io_address() macro to determine whether ipx4xx_pci_read() (via inl()) or __raw_readl()/__indirect_readl() should be used.

2. loff_t is signed, and it probably makes more sense to return -EFAULT rather that -EINVAL when the offset is invalid:

For Kubernetes version 1.19.x you need to use batch/v1beta1 as apiVersion for your CronJob.

That is documented in the doc version 1-19:

https://v1-19.docs.kubernetes.io/docs/concepts/workloads/controllers/cron-jobs/

It is stable only on k8s version 1.21.

When you create an initContainer and execute this command:

command: ['sh', '-c', 'tar -xvf /hlf/channel-artifacts/channel-artifacts.tar']

it runs in default for this container path. I checked this by adding pwd and ls -l commands.

Whole line is:

command: ['sh', '-c', 'tar -xvf /hlf/channel-artifacts/channel-artifacts.tar ; pwd ; ls -l']

From an initContainer you can get logs by:

kubectl logs fabric-orderer-01-xxxxxx -c init-channel-artifacts

Output was:

The Cronjob apiVersion in the kubernetes 1.18 is batch/v1beta1