CRD Creation Error

[rifaterdemsahin]

PS C:\projects\PrometheusRemoteWrite2\prometheusremotewrite\code> kubectl get pods -n monitoring NAME READY STATUS RESTARTS AGE prometheus-operator-6bb4bc6667-84l7c 1/1 Running 0 7m34s PS C:\projects\PrometheusRemoteWrite2\prometheusremotewrite\code> kubectl config use-context minikube Switched to context "minikube". PS C:\projects\PrometheusRemoteWrite2\prometheusremotewrite\code> kubectl delete namespace monitoring namespace "monitoring" deleted PS C:\projects\PrometheusRemoteWrite2\prometheusremotewrite\code>

kubectl create namespace monitoring namespace/monitoring created PS C:\projects\PrometheusRemoteWrite2\prometheusremotewrite\code> kubectl apply -f ./prometheus-operator-crds customresourcedefinition.apiextensions.k8s.io/alertmanagerconfigs.monitoring.coreos.com configured customresourcedefinition.apiextensions.k8s.io/alertmanagers.monitoring.coreos.com configured customresourcedefinition.apiextensions.k8s.io/podmonitors.monitoring.coreos.com configured customresourcedefinition.apiextensions.k8s.io/probes.monitoring.coreos.com configured customresourcedefinition.apiextensions.k8s.io/prometheusrules.monitoring.coreos.com configured customresourcedefinition.apiextensions.k8s.io/scrapeconfigs.monitoring.coreos.com configured customresourcedefinition.apiextensions.k8s.io/servicemonitors.monitoring.coreos.com configured customresourcedefinition.apiextensions.k8s.io/thanosrulers.monitoring.coreos.com configured Error from server (Invalid): error when creating "prometheus-operator-crds\prometheusagents.yaml": CustomResourceDefinition.apiextensions.k8s.io "prometheusagents.monitoring.coreos.com" is invalid: metadata.annotations: Too long: must have at most 262144 bytes Error from server (Invalid): error when creating "prometheus-operator-crds\prometheuses.yaml": CustomResourceDefinition.apiextensions.k8s.io "prometheuses.monitoring.coreos.com" is invalid: metadata.annotations: Too long: must have at most 262144 bytes PS C:\projects\PrometheusRemoteWrite2\prometheusremotewrite\code>

[rifaterdemsahin]

gpt fix >

The error message indicates that the metadata annotations for the prometheusagents and prometheuses CustomResourceDefinitions (CRDs) exceed the allowed size of 262144 bytes. This often happens when the annotations, which may include a lot of additional metadata, become too large.

Here’s how you can approach fixing the issue:

1. Check the Size of Metadata Annotations

Review the annotations in the prometheusagents.yaml and prometheuses.yaml files. You need to reduce the size of these annotations. Annotations are often used to store descriptive information, but they must be within size limits.

• Open the relevant YAML files (prometheusagents.yaml and prometheuses.yaml).
• Look for the metadata.annotations section.
• Remove unnecessary or overly large annotations.

2. Alternative Solution: Use Labels Instead of Annotations

If the metadata being stored in annotations can be moved to labels, you can reduce the annotation size by using labels, which also have size restrictions but are often smaller in scope.

3. Split Large Annotations

If you cannot avoid having large annotations, split the content into multiple, smaller annotation keys.

4. Reapply the Configuration

After editing the YAML files:

   kubectl apply -f ./prometheus-operator-crds/prometheusagents.yaml
   kubectl apply -f ./prometheus-operator-crds/prometheuses.yaml

If the issue persists after these steps, review the specific content of the annotations to ensure they comply with the Kubernetes resource limits.

Let me know if you need more help!

[rifaterdemsahin]

The difference in behavior between your Mac and Windows environments could be due to several factors related to how the Kubernetes CLI (kubectl), file systems, or operating system environments handle file sizes, annotations, or resource definitions. Here are some possible reasons for the discrepancy:

1. File Encoding Differences

• Mac and Windows handle text file encodings differently. Windows might add extra characters (like carriage return \r\n vs. \n in Mac/Linux) that could increase the size of the file or annotations. This extra size might push the metadata annotations beyond the 262144-byte limit in Windows.

• Check the encoding of the YAML files on both systems. Make sure they are using a consistent format, like UTF-8 without BOM (Byte Order Mark).

  You can fix this by re-saving the YAML files with the correct encoding on Windows:

• Use an editor like VSCode or Notepad++ to convert and save the files with Unix (LF) line endings.

2. Line Endings Difference (LF vs. CRLF)

• On Windows, files often use CRLF for line endings, while on Mac/Linux, it's typically just LF. This subtle difference in line endings could cause the YAML file size to exceed the limit in Windows but not on Mac.
• You can try converting the line endings to Unix-style (LF) to see if that resolves the issue:

   dos2unix <filename>

  Or in an editor, look for "Convert to LF" or "Unix line endings."

3. Shell Environment Differences

• The way the command-line environment (PowerShell, Command Prompt, WSL) handles file paths and commands could also affect the behavior. For example, PowerShell might pass paths differently or alter the content in some way.
• You could try running the same commands in Windows Subsystem for Linux (WSL) if installed, or using a different terminal emulator, to see if the issue persists.

4. Kubernetes CLI or Client Version Differences

• Ensure that the kubectl version on both your Mac and Windows machines are the same. If you’re using different versions of kubectl, there could be differences in how they handle the application of large annotations.
• You can check the version of kubectl with:

   kubectl version --client

5. YAML Handling in Different File Systems

• The way Mac and Windows file systems handle YAML files might differ. Windows has stricter file handling rules in some cases, especially regarding newline characters or metadata size limitations when handling files in NTFS compared to APFS on Mac.

6. Differences in Kubernetes Clusters

• If you are working with different Kubernetes clusters or configurations on Mac and Windows (for example, using Minikube on Mac and Docker Desktop Kubernetes on Windows), the limits set by the cluster might differ.
• Check the api-server configurations or any admission controller limits, which could have different settings in each environment.

Debugging Steps:

1. Compare the YAML file sizes on both environments.

   stat <filename>  # On Mac/Linux
   dir <filename>   # On Windows

   This will help check if file size differs.

2. Check the kubectl version on both machines:

   kubectl version --client

3. Convert line endings in Windows (LF vs. CRLF) and try applying the resources again.

By addressing one or more of these factors, you should be able to resolve the issue. Let me know if you need further assistance!

[rifaterdemsahin]

here is the action also the mention for the WSL

Yes, you can fix the line endings (CRLF to LF) for all files in a folder using PowerShell. Here's a step-by-step guide on how to convert all files in a folder from Windows-style CRLF line endings to Unix-style LF line endings in PowerShell.

Steps:

1. Navigate to the directory where your YAML files are located:

   cd C:\projects\PrometheusRemoteWrite2\prometheusremotewrite\code

2. Run the following PowerShell script to recursively convert all files in the folder from CRLF to LF:

   Get-ChildItem -Path . -Recurse -Filter *.yaml | ForEach-Object {
      (Get-Content -Path $_.FullName) |
      ForEach-Object { $_ -replace "`r`n", "`n" } |
      Set-Content -NoNewline -Path $_.FullName
   }

Explanation:

• Get-ChildItem -Path . -Recurse -Filter *.yaml recursively finds all .yaml files in the current directory.
• Get-Content -Path $_.FullName reads the content of each file.
• $_ -replace "rn", "n"` replaces all Windows-style line endings (CRLF) with Unix-style (LF).
• Set-Content -NoNewline -Path $_.FullName writes the modified content back to the file without adding extra line breaks.

Notes:

• This script only affects .yaml files. If you want to target other file types, modify the -Filter parameter accordingly.
• Always make a backup of your files before applying bulk changes, just in case.

Alternative: Use dos2unix in WSL

If you have Windows Subsystem for Linux (WSL) installed, you can use the dos2unix tool as well:

1. Open WSL (e.g., Ubuntu in Windows).
2. Navigate to your project directory:

   cd /mnt/c/projects/PrometheusRemoteWrite2/prometheusremotewrite/code

3. Run dos2unix for all YAML files:

   find . -name "*.yaml" -exec dos2unix {} \;

Both methods will convert the line endings and should resolve the issue. Let me know how it goes!

[rifaterdemsahin]

[rifaterdemsahin]

[rifaterdemsahin]

more colors coming online

[rifaterdemsahin]

[rifaterdemsahin]

[rifaterdemsahin]

To move the current Kubernetes configuration from your PowerShell environment to WSL (Windows Subsystem for Linux), you will need to copy the kubeconfig file to your WSL instance and adjust any file paths to align with the Linux filesystem. Here's how you can do it:

Steps:

1. Find the Kubernetes configuration file (config) on Windows:

   Your Kubernetes configuration is likely stored in the default location on Windows:

   C:\Users\Pexabo\.kube\config

2. Copy the config file to your WSL instance:

   Open PowerShell and use the cp command to copy the config file to your WSL filesystem, for example:

   cp C:\Users\Pexabo\.kube\config \\wsl$\{WSL_DISTRO}\home\{your_username}\.kube\

   Replace {WSL_DISTRO} with your WSL distribution (e.g., Ubuntu), and {your_username} with your WSL username.

3. Fix the file paths in the config file:

   Since the Kubernetes config file in WSL needs Linux-style paths, you'll need to edit the file to adjust paths like this:

   • Find the paths such as:

     C:\Users\Pexabo\.minikube\profiles\minikube\client.crt

   • Replace them with their WSL equivalent, for example:

     /mnt/c/Users/Pexabo/.minikube/profiles/minikube/client.crt

   You can do this by opening the file in any WSL-based text editor (like nano or vim):

   nano ~/.kube/config

4. Set environment variables in WSL:

   Make sure the KUBECONFIG environment variable points to your new configuration file:

   export KUBECONFIG=~/.kube/config

5. Test the configuration in WSL:

   Once everything is set up, you can test if the configuration is working by running:

   kubectl config get-contexts

This should display the contexts from the config file, and you should be able to interact with your clusters as expected. Let me know if you need further assistance!

[rifaterdemsahin]

[rifaterdemsahin]

[rifaterdemsahin]

cp C:\Users\Pexabo.kube\config \wsl${WSL_DISTRO}\home\Pexabo.kube\

[rifaterdemsahin]

The issue you're encountering seems to stem from how PowerShell handles the WSL file paths. Let's approach this differently by using a more specific path for copying files between your Windows environment and WSL. Here's an alternative solution:

Solution 1: Use wsl command to copy files

You can use the wsl command inside PowerShell to access your WSL file system and copy files into it. Here’s how to do it:

1. Copy the config file using the WSL command:

   In PowerShell, use the following command to copy the file from Windows to WSL:

   wsl cp /mnt/c/Users/Pexabo/.kube/config /home/Pexabo/.kube/

   • /mnt/c/Users/Pexabo/.kube/config represents the file path on your Windows system.
   • /home/Pexabo/.kube/ is the destination path inside your WSL (Ubuntu).

2. Verify the file in WSL:

   After copying, you can verify that the file is present in WSL by switching to your WSL terminal and running:

   ls ~/.kube/

Solution 2: Use Windows Explorer for WSL file system

Alternatively, you can navigate the WSL file system directly using Windows File Explorer and perform the copy manually:

1. Open a File Explorer window and type the following in the address bar:

   \\wsl$\Ubuntu\home\Pexabo\.kube\

2. Then, drag and drop the config file from your Windows location into this directory.

Once the file is copied, you can edit the file paths as needed (as outlined in my earlier steps) and continue with the WSL configuration.

Let me know how it goes or if you need any more help!

[rifaterdemsahin]

Error

[rifaterdemsahin]

The errors you are encountering can be resolved by ensuring the .kube directory exists in your WSL environment and adjusting permissions if necessary. Here's how you can proceed:

Steps to Fix:

1. Create the .kube directory in WSL:

   If the .kube directory doesn’t exist, you need to create it before copying the file.

   Run this in PowerShell using the wsl command:

   wsl mkdir -p /home/Pexabo/.kube

   This will create the .kube directory if it doesn't already exist.

2. Copy the config file again:

   After creating the directory, try copying the file again:

   wsl cp /mnt/c/Users/Pexabo/.kube/config /home/Pexabo/.kube/

3. If you get a permission error:

   If you continue to get a "Permission denied" error, it’s possible that you need to adjust the ownership or permissions of the .kube directory.

   • First, check the ownership of the directory:

     wsl ls -ld /home/Pexabo/.kube

   • If the ownership doesn’t match your WSL user, you can change it with:

     wsl sudo chown -R $(whoami) /home/Pexabo/.kube

4. Verify the copy:

   Once the file is copied successfully, you can verify it inside your WSL environment:

   wsl ls /home/Pexabo/.kube/

After completing these steps, you should be able to use the config file in WSL without permission issues.

Let me know if you encounter any further issues!

[rifaterdemsahin]

invalid user coming in for the other user

[rifaterdemsahin]

Yes, you can use your clipboard to copy and paste the contents of the Kubernetes config file between Windows and WSL. Here’s how to copy the content from your Windows environment to WSL using the clipboard.

Steps to Copy the Kubernetes Config via Clipboard:

1. Open the config file in a text editor:

   On Windows, open your config file using any text editor (such as Notepad, VSCode, etc.) by navigating to:

   C:\Users\Pexabo\.kube\config

2. Select and copy the entire content:

   Select all the content of the file (Ctrl+A), and copy it to your clipboard (Ctrl+C).

3. Open WSL:

   In your PowerShell or terminal, start your WSL instance by running:

   wsl

4. Create the .kube directory if it doesn't exist:

   Inside your WSL terminal, create the .kube directory if it’s not already there:

   mkdir -p ~/.kube

5. Open a text editor in WSL to create the config file:

   In WSL, open a text editor like nano to create and edit the config file:

   nano ~/.kube/config

6. Paste the content from your clipboard:

   In the WSL text editor (such as nano), right-click or use Shift+Insert to paste the content from your clipboard.

7. Save and exit:

   After pasting, save the file and exit the text editor. In nano, you can do this by pressing:

   • Ctrl+O to save the file.
   • Enter to confirm the file name.
   • Ctrl+X to exit.

8. Adjust file permissions (if needed):

   Ensure that the permissions on the config file are correct:

   chmod 600 ~/.kube/config

You should now have your Kubernetes configuration set up inside your WSL environment, and you can proceed to use kubectl commands.

[rifaterdemsahin]

[rifaterdemsahin]

It looks like you're running into permission issues and trying to create the .kube directory or the config file in your WSL environment. Let's troubleshoot and fix this.

Solution:

1. Check if the .kube directory exists:

   First, try listing the directory structure under your home directory to see if the .kube directory is present:

   ls -ld ~/.kube

   If it’s not there or you can’t access it, proceed to create it with sudo since the permission issue seems to block you.

2. Create the .kube directory with root privileges:

   Use the following command to create the .kube directory with sudo:

   sudo mkdir -p ~/.kube

3. Change the ownership of the .kube directory:

   After creating the directory, you need to change its ownership to your user account. Assuming your username is rifaterdemsahin, use the following command:

   sudo chown -R $(whoami) ~/.kube

4. Create the config file:

   Now that the .kube directory is owned by your user, you can create the config file without sudo:

   touch ~/.kube/config

5. Open the config file for editing:

   You can now open the config file in a text editor and paste the content from your clipboard:

   nano ~/.kube/config

   After pasting the content, save and close the file (in nano, Ctrl+O to save and Ctrl+X to exit).

6. Adjust permissions for the config file:

   Ensure that the config file has the correct permissions:

   chmod 600 ~/.kube/config

Summary:

• Ensure the .kube directory exists with correct permissions.
• Change ownership to your user.
• Create and edit the config file.
• Set appropriate permissions for the config file.

This should resolve your issue. Let me know if anything else comes up!

[rifaterdemsahin]

[rifaterdemsahin]

cat it out

[rifaterdemsahin]

Config view works but still the windows paths ?

[rifaterdemsahin]

still the files are not correct >

[rifaterdemsahin]

reboots the environment to make it easier >>> why people use WSL in the firt place The error in your terminal shows that kubectl is unable to locate the necessary certificate files required to authenticate with the Minikube cluster. The paths it is trying to use seem to be incorrect, as they are pointing to both Linux-like and Windows-like directories simultaneously (e.g., /home/rifaterdem... and C:\Users...). This suggests that there's a misconfiguration related to how Minikube is set up, likely due to mixing paths between different operating systems or environments.

Here’s how to fix the issue:

1. Check the Minikube Configuration: Ensure that the Minikube configuration is correctly set up and the correct paths are used for your environment.

2. Regenerate Minikube Certificates: If you're running into certificate issues, you can regenerate the certificates. Run the following commands:

   minikube delete
   minikube start

3. Check the .kube/config File: Open the kubeconfig file located at ~/.kube/config or the location where Minikube is storing the config file. Ensure that the certificate paths (client-certificate, client-key, and certificate-authority) are valid and match your operating system's file structure.

4. Ensure Minikube is Running: Verify that Minikube is running properly by checking its status:

   minikube status

5. Specify the Correct Context: After verifying the Minikube setup, ensure you are using the right context:

   kubectl config use-context minikube

Let me know if you encounter any further issues!

[rifaterdemsahin]

[rifaterdemsahin]

It looks like minikube is not installed on your system or is not available in your system's PATH. Here’s how you can install Minikube and fix the issue:

1. Install Minikube:

If Minikube is not installed, you can follow these steps to install it:

On Linux:

Run the following commands to install Minikube:

# Install required dependencies
sudo apt-get update
sudo apt-get install -y curl apt-transport-https

# Download Minikube binary
curl -LO https://storage.googleapis.com/minikube/releases/latest/minikube-linux-amd64

# Install Minikube
sudo install minikube-linux-amd64 /usr/local/bin/minikube

# Verify installation
minikube version

On Windows (WSL):

If you're using WSL (Windows Subsystem for Linux), you can install Minikube as shown above for Linux. Ensure you have installed kubectl and have proper access to Docker (or another driver) if you're running it inside WSL.

2. Start Minikube:

After installation, you can start Minikube:

minikube start

3. Verify Minikube Installation:

You can check if Minikube is properly set up by running:

minikube status

If Minikube is successfully installed and running, you should be able to switch to the Minikube context and use kubectl commands as expected.

Let me know if you run into any other issues!

[rifaterdemsahin]

minikube in windows and in wsl

It looks like minikube is not installed on your system or is not available in your system's PATH. Here’s how you can install Minikube and fix the issue:

1. Install Minikube:

If Minikube is not installed, you can follow these steps to install it:

On Linux:

Run the following commands to install Minikube:

# Install required dependencies
sudo apt-get update
sudo apt-get install -y curl apt-transport-https

# Download Minikube binary
curl -LO https://storage.googleapis.com/minikube/releases/latest/minikube-linux-amd64

# Install Minikube
sudo install minikube-linux-amd64 /usr/local/bin/minikube

# Verify installation
minikube version

On Windows (WSL):

If you're using WSL (Windows Subsystem for Linux), you can install Minikube as shown above for Linux. Ensure you have installed kubectl and have proper access to Docker (or another driver) if you're running it inside WSL.

2. Start Minikube:

After installation, you can start Minikube:

minikube start

3. Verify Minikube Installation:

You can check if Minikube is properly set up by running:

minikube status

If Minikube is successfully installed and running, you should be able to switch to the Minikube context and use kubectl commands as expected.

Let me know if you run into any other issues!

[rifaterdemsahin]

[rifaterdemsahin]

docker working in wsl and windows are different To install and run Minikube on WSL (Windows Subsystem for Linux), you need to ensure that you have the required components (like kubectl and Docker) properly set up. Here's a detailed guide on how to do it:

Step-by-Step Guide to Install Minikube on WSL2

1. Ensure You Are Using WSL2

First, make sure you are using WSL2, which has improved compatibility and performance for applications like Docker.

Run the following command to check:

wsl -l -v

If you're not using WSL2, you can upgrade by running:

wsl --set-default-version 2

2. Install Docker for Windows

Minikube in WSL2 requires a container runtime like Docker. You can run Docker Desktop for Windows with WSL2 integration.

1. Install Docker Desktop:

   • Download and install Docker Desktop from here.
   • During installation, ensure you enable WSL2 integration in Docker settings. After installation, go to Settings > Resources > WSL Integration and make sure your WSL2 distro is selected.

2. Verify Docker is Working in WSL: In your WSL2 terminal, check if Docker is running properly:

   docker --version

3. Install kubectl in WSL2

To interact with Minikube clusters, you need to install kubectl in WSL2.

# Download the latest version of kubectl
curl -LO "https://dl.k8s.io/release/$(curl -L -s https://dl.k8s.io/release/stable.txt)/bin/linux/amd64/kubectl"

# Install kubectl
sudo install -o root -g root -m 0755 kubectl /usr/local/bin/kubectl

# Verify the installation
kubectl version --client

4. Install Minikube in WSL2

Now that Docker and kubectl are set up, follow these steps to install Minikube:

1. Download Minikube:

   curl -LO https://storage.googleapis.com/minikube/releases/latest/minikube-linux-amd64

2. Install Minikube:

   sudo install minikube-linux-amd64 /usr/local/bin/minikube

3. Verify Minikube Installation:

   minikube version

5. Start Minikube with Docker Driver

Now you can start Minikube using Docker as the driver, which is the preferred way when running inside WSL2.

minikube start --driver=docker

This will start the Minikube cluster with Docker as the container runtime.

6. Set Up Your Kubernetes Context

Make sure that Minikube sets up the kubectl context automatically. You can do this by running:

minikube kubectl -- get pods -A

Alternatively, you can switch the context manually if needed:

kubectl config use-context minikube

7. Check Minikube Status

You can verify that Minikube is running correctly with:

minikube status

Troubleshooting

• If you get errors related to Docker, make sure Docker Desktop is running and WSL2 integration is enabled.
• If there are issues starting Minikube, check the logs for detailed error messages:

  minikube logs

Summary of Commands

1. Install Docker Desktop with WSL2 integration.
2. Install kubectl in WSL2:

   curl -LO "https://dl.k8s.io/release/$(curl -L -s https://dl.k8s.io/release/stable.txt)/bin/linux/amd64/kubectl"
   sudo install -o root -g root -m 0755 kubectl /usr/local/bin/kubectl

3. Install Minikube:

   curl -LO https://storage.googleapis.com/minikube/releases/latest/minikube-linux-amd64
   sudo install minikube-linux-amd64 /usr/local/bin/minikube

4. Start Minikube with Docker:

   minikube start --driver=docker

This should allow you to set up and run Minikube inside your WSL2 environment without issues. Let me know if any other issues come up!

[rifaterdemsahin]

To install and run Minikube on WSL (Windows Subsystem for Linux), you need to ensure that you have the required components (like kubectl and Docker) properly set up. Here's a detailed guide on how to do it:

Step-by-Step Guide to Install Minikube on WSL2

1. Ensure You Are Using WSL2

First, make sure you are using WSL2, which has improved compatibility and performance for applications like Docker.

Run the following command to check:

wsl -l -v

If you're not using WSL2, you can upgrade by running:

wsl --set-default-version 2

2. Install Docker for Windows

Minikube in WSL2 requires a container runtime like Docker. You can run Docker Desktop for Windows with WSL2 integration.

1. Install Docker Desktop:

   • Download and install Docker Desktop from here.
   • During installation, ensure you enable WSL2 integration in Docker settings. After installation, go to Settings > Resources > WSL Integration and make sure your WSL2 distro is selected.

2. Verify Docker is Working in WSL: In your WSL2 terminal, check if Docker is running properly:

   docker --version

3. Install kubectl in WSL2

To interact with Minikube clusters, you need to install kubectl in WSL2.

# Download the latest version of kubectl
curl -LO "https://dl.k8s.io/release/$(curl -L -s https://dl.k8s.io/release/stable.txt)/bin/linux/amd64/kubectl"

# Install kubectl
sudo install -o root -g root -m 0755 kubectl /usr/local/bin/kubectl

# Verify the installation
kubectl version --client

4. Install Minikube in WSL2

Now that Docker and kubectl are set up, follow these steps to install Minikube:

1. Download Minikube:

   curl -LO https://storage.googleapis.com/minikube/releases/latest/minikube-linux-amd64

2. Install Minikube:

   sudo install minikube-linux-amd64 /usr/local/bin/minikube

3. Verify Minikube Installation:

   minikube version

5. Start Minikube with Docker Driver

Now you can start Minikube using Docker as the driver, which is the preferred way when running inside WSL2.

minikube start --driver=docker

This will start the Minikube cluster with Docker as the container runtime.

6. Set Up Your Kubernetes Context

Make sure that Minikube sets up the kubectl context automatically. You can do this by running:

minikube kubectl -- get pods -A

Alternatively, you can switch the context manually if needed:

kubectl config use-context minikube

7. Check Minikube Status

You can verify that Minikube is running correctly with:

minikube status

Troubleshooting

• If you get errors related to Docker, make sure Docker Desktop is running and WSL2 integration is enabled.
• If there are issues starting Minikube, check the logs for detailed error messages:

  minikube logs

Summary of Commands

1. Install Docker Desktop with WSL2 integration.
2. Install kubectl in WSL2:

   curl -LO "https://dl.k8s.io/release/$(curl -L -s https://dl.k8s.io/release/stable.txt)/bin/linux/amd64/kubectl"
   sudo install -o root -g root -m 0755 kubectl /usr/local/bin/kubectl

3. Install Minikube:

   curl -LO https://storage.googleapis.com/minikube/releases/latest/minikube-linux-amd64
   sudo install minikube-linux-amd64 /usr/local/bin/minikube

4. Start Minikube with Docker:

   minikube start --driver=docker

This should allow you to set up and run Minikube inside your WSL2 environment without issues. Let me know if any other issues come up!

[rifaterdemsahin]

[rifaterdemsahin]

[rifaterdemsahin]

Here are the commands for setting up a monitoring namespace, installing Prometheus Operator CRDs, deploying Prometheus Operator recursively, and deploying Prometheus and Thanos components:

# Create the monitoring namespace
kubectl create namespace monitoring

# Install Prometheus Operator CustomResourceDefinitions (CRDs)
kubectl apply -f ./prometheus-operator-crds/

# Apply the custom resource definitions and deploy the Prometheus Operator recursively
kubectl apply -R -f prometheus-operator/

# Deploy Prometheus and Thanos components
kubectl apply -f prometheus/

# Check if the Pods are going online in the monitoring namespace
kubectl get pods -n monitoring

Make sure the paths to the CRD and Prometheus directories are correct, and adjust them based on your folder structure if necessary. Let me know if you need any additional details!

[rifaterdemsahin]

same error it did not change

[rifaterdemsahin]

gave the yaml > asked > It seems like you're running into an issue where the annotations in your CustomResourceDefinition (CRD) exceed the allowed size. The error message indicates that the metadata annotations field is too long and must be under 262,144 bytes.

Here are some steps you can take to resolve this issue:

1. Reduce Annotation Size:

   • Annotations are often used to store additional information, but you may be able to reduce or remove some unnecessary content from the metadata.annotations. Review what is being added to the annotations and whether it's essential.

2. Move Metadata into Other Fields:

   • If the information in the annotations is necessary, consider moving it to other parts of the resource definition, like labels or even external documentation. Annotations are not intended to hold large amounts of data.

3. Break Down into Multiple CRDs:

   • If your setup is complex and the size limitation is primarily due to the inclusion of multiple items, consider breaking the configuration down into multiple smaller CRDs, which can help you stay within the size limits.

4. Optimize Schema Definitions:

   • Review the CRD schema (particularly large descriptions or verbose configurations) to see if there's a way to optimize or refactor it to reduce the overall size.

If none of these steps seem to work, you might want to look into whether you're using any third-party tool that's excessively adding annotations, and if so, try updating or configuring that tool to reduce metadata size.

Let me know if you need help with any of these steps!

[rifaterdemsahin]

[rifaterdemsahin]

[rifaterdemsahin]

[rifaterdemsahin]

even the reduced yaml is big than there is a reason probably this is not the crd in the mac i triggered

[rifaterdemsahin]

8000 lines to 5000

[rifaterdemsahin]

one more to fix as well >

[rifaterdemsahin]

learn new tactics for your self

[rifaterdemsahin]

https://github.com/rifaterdemsahin/prometheusremotewrite/commit/55889b939c9f12827e9187e99dba1de5a694128d#diff-0c7b0682e1c7cd9f8d38ac673b9f77dc5fff18f7840c85251c7c6c95c82c8dd9R1

removes the desriptions

[rifaterdemsahin]

[rifaterdemsahin]

maybe it is not the last file

[rifaterdemsahin]

different file

gpt also says locate the file great pair The error in the screenshot indicates that the file failing is related to the CustomResourceDefinition (CRD) for "prometheuses.monitoring.coreos.com", which is showing the following error:

The CustomResourceDefinition "prometheuses.monitoring.coreos.com" is invalid: metadata.annotations: Too long: must have at most 262144 bytes

This error suggests that the metadata annotations in the CRD file for prometheuses.monitoring.coreos.com are exceeding the allowed size limit of 262144 bytes.

To resolve this issue, you may want to check the file defining the CRD, which seems to be in the folder you applied: ./prometheus-operator-crds/.

You will likely need to:

1. Locate the file defining the prometheuses.monitoring.coreos.com CRD.
2. Open it and examine the annotations section.
3. Trim down or remove excessive annotations to ensure that it does not exceed the byte limit.

Let me know if you need further assistance with this!

[rifaterdemsahin]

in bitnami charts they are probably optimized

[rifaterdemsahin]

now it works

[rifaterdemsahin]

unchanged is an issue >>> deploy all to the same namespace

[rifaterdemsahin]

TURNED ON