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Azure Common Base Linux Mariner Azure Container Instances Docker
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Azure Common Base Linux Mariner Azure Container Instances Docker
###########################################################################################################################
# Azure Common Base Linux Mariner
###########################################################################################################################
===========================================================================================================================
# Linux Mariner
===========================================================================================================================
$ cat /etc/os-release
$ cat /etc/*release
$ cat /etc/issue
$ more /etc/issue
$ less /etc/issue
$ cat /proc/version
$ lsb_release --all
$ lsb_release --description
$ man lsb_release
[
$ hostnamectl
]
$ which hostnamectl
$ type hostnamectl
$ uname
$ uname -r
$ uname --release
$ uname -srm
$ uname --kernel-name --kernel-release --kernel-version
$ uname -amnoprsv
$ uname --all
$ man uname
$ grep -E '^(VERSION|NAME)=' /etc/os-release
$ grep '^VERSION' /etc/os-release
$ yum --version
$ rpm --version
$ rpm -qa
$ which rpm
$ type rpm
$ arch
$ whoami
$ echo `whoami`
$ echo $USER
$ echo $HOSTNAME
$ echo `hostname`
$ echo $HOME
$ echo ~/
$ echo $SHELL
$ echo $PATH
$ env
$ env
$ pwd
$ date
$ locale
$ locale -a
$ echo $LANG
$ ls
$ ls -a
$ ls /usr/local/bin
$ ls /usr/bin
$ ls /bin
$ ls /usr/sbin
$ ls /sbin
$ which compgen
$ type compgen
$ compgen -c
$ compgen -a
$ compgen -b
$ compgen -k
$ compgen -A function
$ compgen -A function -abck
===========================================================================================================================
# Programming Languages
===========================================================================================================================
$ node --version
$ python3 --version
$ ruby --version
$ gcc --version
$ cc --version
$ g++ --version
$ c++ --version
$ java --version
$ mvn --version
$ dotnet --version
$ perl --version
$ go version
===========================================================================================================================
# Network
===========================================================================================================================
$ netstat -tunpl
$ netstat -nr
$ netstat -ai
$ netstat -ant
$ ss -tunl
$ ss -t
$ ss -A tcp
$ ss -ua
$ ss -a -A udp
$ ss -nt
$ ss -ltn
===========================================================================================================================
***************************************************************************************************************************
# Azure Container Instances # Docker
***************************************************************************************************************************
# az container : Manage Azure Container Instances.
[
Commands:
attach : Attach local standard output and error streams to a container in a container group.
This command provides diagnostic information during container startup. Once the
container has started, it streams STDOUT and STDERR to your local console.
create : Create a container group.
delete : Delete a container group.
exec : Execute a command from within a running container of a container group.
export : Export a container group in yaml format.
list : List container groups.
logs : Examine the logs for a container in a container group.
restart : Restarts all containers in a container group.
show : Get the details of a container group.
start : Starts all containers in a container group.
stop : Stops all containers in a container group.
]
# az container create : Create a container group.
[
Arguments
--resource-group -g [Required] : Name of resource group. You can configure the default group
using `az configure --defaults group=<name>`.
--command-line : The command line to run when the container is started, e.g.
'/bin/bash -c myscript.sh'.
--cpu : The required number of CPU cores of the containers, accurate
to one decimal place. Default: 1.
--dns-name-label : The dns name label for container group with public IP.
--environment-variables -e : A list of environment variable for the container. Space-
separated values in 'key=value' format.
--file -f : The path to the input file.
--image : The container image name.
--ip-address : The IP address type of the container group. Allowed values:
Private, Public.
--location -l : Location. Values from: `az account list-locations`. You can
configure the default location using `az configure --defaults
location=<location>`.
--memory : The required memory of the containers in GB, accurate to one
decimal place. Default: 1.5.
--name -n : The name of the container group.
--no-wait : Do not wait for the long-running operation to finish.
--os-type : The OS type of the containers. Allowed values: Linux,
Windows. Default: Linux.
--ports : A list of ports to open. Space-separated list of ports.
Default: [80].
--priority : The priority of the container group.
--protocol : The network protocol to use. Allowed values: TCP, UDP.
--restart-policy : Restart policy for all containers within the container group.
Allowed values: Always, Never, OnFailure. Default: Always.
--secrets : Space-separated secrets in 'key=value' format.
--secrets-mount-path : The path within the container where the secrets volume should
be mounted. Must not contain colon ':'.
--secure-environment-variables : A list of secure environment variable for the container.
Space-separated values in 'key=value' format.
--sku : The SKU of the container group.
--zone : The zone to place the container group.
Azure File Volume Arguments
--azure-file-volume-account-key : The storage account access key used to access the Azure File
share.
--azure-file-volume-account-name : The name of the storage account that contains the Azure File
share.
--azure-file-volume-mount-path : The path within the container where the azure file volume
should be mounted. Must not contain colon ':'.
--azure-file-volume-share-name : The name of the Azure File share to be mounted as a volume.
Confidential Container Group Arguments
--add-capabilities : A List of security context capabilities to be added.
--allow-escalation : Allow whether a process can gain more privileges than its
parent process.
--cce-policy : The CCE policy for the confidential container group.
--drop-capabilities : A List of security context capabilities to be dropped.
--privileged : The flag to determine if the container permissions is
elevated to Privileged.
--run-as-group : Set the User UID for the container.
--run-as-user : Set the User GID for the container.
--seccomp-profile : A base64 encoded string containing the contents of the JSON
in the seccomp profile.
Git Repo Volume Arguments
--gitrepo-dir : The target directory path in the git repository. Must not
contain '..'. Default: ..
--gitrepo-mount-path : The path within the container where the git repo volume
should be mounted. Must not contain colon ':'.
--gitrepo-revision : The commit hash for the specified revision.
--gitrepo-url : The URL of a git repository to be mounted as a volume.
Image Registry Arguments
--acr-identity : The identity with access to the container registry.
--registry-login-server : The container image registry login server.
--registry-password : The password to log in container image registry server.
--registry-username : The username to log in container image registry server.
Log Analytics Arguments
--log-analytics-workspace : The Log Analytics workspace name or id. Use the current
subscription or use --subscription flag to set the desired
subscription.
--log-analytics-workspace-key : The Log Analytics workspace key.
Managed Service Identity Arguments
--assign-identity : Space-separated list of assigned identities. Assigned
identities are either user assigned identities (resource IDs)
and / or the system assigned identity ('[system]'). See
examples for more info.
--role : Role name or id the system assigned identity will have.
Default: Contributor.
--scope : Scope that the system assigned identity can access.
Network Arguments
--subnet : The name of the subnet when creating a new VNET or
referencing an existing one. Can also reference an existing
subnet by ID.
--subnet-address-prefix : The subnet IP address prefix to use when creating a new VNET
in CIDR format. Default: 10.0.0.0/24.
--vnet : The name of the VNET when creating a new one or referencing
an existing one. Can also reference an existing vnet by ID.
This allows using vnets from other resource groups.
--vnet-address-prefix : The IP address prefix to use when creating a new VNET in CIDR
format. Default: 10.0.0.0/16.
Global Arguments
--debug : Increase logging verbosity to show all debug logs.
--help -h : Show this help message and exit.
--only-show-errors : Only show errors, suppressing warnings.
--output -o : Output format. Allowed values: json, jsonc, none, table,
tsv, yaml, yamlc. Default: json.
--query : JMESPath query string. See http://jmespath.org/ for more
information and examples.
--subscription : Name or ID of subscription. You can configure the default
subscription using `az account set -s NAME_OR_ID`.
--verbose : Increase logging verbosity. Use --debug for full debug logs.
]
***************************************************************************************************************************
# Azure DNS # node-mongodb-app-amazon-linux-extras-x86-64:version1.0.0
***************************************************************************************************************************
$ az group create --name nodeMongoAzureContainerInstancesDNS --location westus
[
$ az group delete --name nodeMongoAzureContainerInstancesDNS
]
==========================================================================================================================
# MongoDB
==========================================================================================================================
$ export DNS_NAME_LABEL="mongo-$RANDOM"
$ echo $DNS_NAME_LABEL
$ az container create \
--resource-group nodeMongoAzureContainerInstancesDNS \
--name mongo \
--image dockerrajani/mongo-aws-linux-x86-64:version1.0.0 \
--ports 27017 \
--location westus \
--restart-policy Always \
--dns-name-label $DNS_NAME_LABEL
[
$ az container list --resource-group nodeMongoAzureContainerInstancesDNS --output table
$ az container delete --name mongo --resource-group nodeMongoAzureContainerInstancesDNS
]
$ az container logs --name mongo --resource-group nodeMongoAzureContainerInstancesDNS
$ az container exec \
--resource-group nodeMongoAzureContainerInstancesDNS \
--name mongo \
--exec-command /bin/sh
[
# mongosh
test> db.version()
7.0.3
test> exit
# exit
]
$ export MongoDB_IP=$(az container show \
--name mongo \
--resource-group nodeMongoAzureContainerInstancesDNS \
--query ipAddress.ip --output tsv)
$ echo $MongoDB_IP
$ curl $MongoDB_IP:27017
==========================================================================================================================
# Node.js # node-mongodb-app-amazon-linux-extras-x86-64:version1.0.0
==========================================================================================================================
$ export DNS_NAME_LABEL="node-$RANDOM"
$ echo $DNS_NAME_LABEL
$ az container create \
--resource-group nodeMongoAzureContainerInstancesDNS \
--name node-mongodb-app-v1 \
--image dockerrajani/node-mongodb-app-amazon-linux-extras-x86-64:version1.0.0 \
--ports 8081 \
--environment-variables PORT=8081 MONGO_URL=mongodb://$MongoDB_IP:27017/dev \
--dns-name-label $DNS_NAME_LABEL \
--restart-policy Always
[
$ az container list --resource-group nodeMongoAzureContainerInstancesDNS --output table
$ az container delete --name node-mongodb-app-v1 --resource-group nodeMongoAzureContainerInstancesDNS
]
$ az container logs --name node-mongodb-app-v1 --resource-group nodeMongoAzureContainerInstancesDNS
[
Initialising MongoDB...
MongoDB initialised
App listening on http://localhost:8081
]
$ az container exec \
--resource-group nodeMongoAzureContainerInstancesDNS \
--name node-mongodb-app-v1 \
--exec-command /bin/sh
[
# apt update
# apt install curl
# curl http://localhost:8081/
[
<html><head><title></title><link rel="stylesheet" href="tachyons.min.css"/></head><body class="ph3 pt0 pb4 mw7 center sans-serif"><h1 class="f2 mb0"><img src="/images/Node.png"/> <span class="green">N</span>ode.js <img src="/images/MongoDB.png"/> <span class="green">M</span>ongoDB </h1><!-- img(src="https://avatars.githubusercontent.com/u/9950313?s=48&v=4") --><!-- img(src='https://avatars.githubusercontent.com/u/45120?s=48&v=4')--><p class="f5 mt1 mb4 lh-copy">A Node.js-MongoDB image upload app.</p><form action="/note" method="POST" enctype="multipart/form-data"><ol class="list pl0"><li class="mv3"><label class="f6 b db mb2" for="image">Upload an image</label><input class="f6 link dim br1 ba b--black-20 ph3 pv2 mb2 dib black bg-white pointer" type="file" name="image"/><input class="f6 link dim br1 ba bw1 ph3 pv2 mb2 dib black bg-white pointer ml2" type="submit" value="Upload" name="upload"/></li><li class="mv3"><label class="f6 b db mb2" for="description">Write your content here</label><textarea class="f4 db border-box hover-black w-100 measure ba b--black-20 pa2 br2 mb2" rows="5" name="description"></textarea><input class="f6 link dim br1 ba bw1 ph3 pv2 mb2 dib black bg-white pointer" type="submit" value="Publish" name="publish"/></li></ol></form><p class="lh-copy f6">You don't have any notes yet.</p></body></html>
# exit
]
$ export Node_MongoDB_IP=$(az container show \
--name node-mongodb-app-v1 \
--resource-group nodeMongoAzureContainerInstancesDNS \
--query ipAddress.ip --output tsv)
$ echo $Node_MongoDB_IP
[
40.83.215.154
]
$ curl $Node_MongoDB_IP:8081/
http://40.83.215.154:8081/
==========================================================================================================================
# Azure Container Instances # Delete
==========================================================================================================================
$ az container list --resource-group nodeMongoAzureContainerInstancesDNS --output table
$ az container delete --name mongo --resource-group nodeMongoAzureContainerInstancesDNS
$ az container delete --name node-mongodb-app-v1 --resource-group nodeMongoAzureContainerInstancesDNS
$ az container list --resource-group nodeMongoAzureContainerInstancesDNS
[]
==========================================================================================================================
# Azure Resource Group # Delete
==========================================================================================================================
$ az group list --output table
$ az group delete --name nodeMongoAzureContainerInstancesDNS
$ az group list
[]
==========================================================================================================================
***************************************************************************************************************************
# Azure DNS # node-mongodb-app-amazon-linux-extras-x86-64:version2.0.0
***************************************************************************************************************************
$ az group create --name nodeMongoMinioAzureContainerInstancesDNS --location westus
[
$ az group list --output table
$ az group delete --name nodeMongoMinioAzureContainerInstancesDNS
]
==========================================================================================================================
# MinIO
==========================================================================================================================
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# Azure Files # Azure file share
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# Create the storage account
$ az storage account create \
--resource-group nodeMongoMinioAzureContainerInstancesDNS \
--name miniostorageshareaccount \
--location westus \
--sku Standard_LRS
[
az storage account create: valid values for '--sku': Standard_LRS, Standard_GRS, Standard_RAGRS, Standard_ZRS, Premium_LRS, Premium_ZRS, Standard_GZRS, Standard_RAGZRS.
]
[
The public access to all blobs or containers in the storage account will be disallowed by default in the future, which means default value for --allow-blob-public-access is still null but will be equivalent to false.
]
[
$ az storage account delete --name miniostorageshareaccount --resource-group nodeMongoMinioAzureContainerInstancesDNS
]
# Create the file share
$ az storage share create --name miniostorageshare --account-name miniostorageshareaccount
[
There are no credentials provided in your command and environment, we will query for account key for your storage account.
It is recommended to provide --connection-string, --account-key or --sas-token in your command as credentials.
In addition, setting the corresponding environment variables can avoid inputting credentials in your command. Please use --help to get more information about environment variable usage.
]
[
$ az storage share delete --name miniostorageshare --account-name miniostorageshareaccount
]
$ export STORAGE_KEY=$(az storage account keys list \
--resource-group nodeMongoMinioAzureContainerInstancesDNS \
--account-name miniostorageshareaccount \
--query "[0].value" --output tsv)
$ echo $STORAGE_KEY
[
mPbYOXwiDPorf3g1ykrYjBflcC79tB4DooIlEABOROjrXwrZiWe3pVb+7/Xv/E4eibW2gxvl+06T+AStKNwHIQ==
]
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# Azure Container Instances # MinIO
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
$ mkdir -p ~/minio/data
$ ls ~/minio
$ ls ~/minio/data
[
$ rm -rf ~/minio/data
]
[
$ code deploy-aci.yaml
]
$ nano deploy-aci.yaml
[
apiVersion: '2021-10-01'
location: westus
name: minio
properties:
containers:
- name: minio
properties:
image: dockerrajani/minio-aws-linux-x86-64:version1.0.0
command:
[
'minio',
'server',
'/data',
'--console-address',
':80',
]
ports:
- protocol: tcp
port: 80
- protocol: tcp
port: 443
- protocol: tcp
port: 8080
- protocol: tcp
port: 9000
- protocol: tcp
port: 9090
environmentVariables:
- name: "MINIO_ROOT_USER"
value: "minioadmin"
- name: "MINIO_ROOT_PASSWORD"
value: "minioadmin"
resources:
requests:
memoryInGB: 4
cpu: 1
volumeMounts:
- name: "data"
mountPath: "~/minio/data"
readOnly: false
ipAddress:
type: Public
ports:
- protocol: tcp
port: 80
- protocol: tcp
port: 443
- protocol: tcp
port: 8080
- protocol: tcp
port: 9000
- protocol: tcp
port: 9090
dnsNameLabel: "minio-dns"
osType: Linux
volumes:
- name: "data"
azureFile:
shareName: "miniostorageshare"
storageAccountName: "miniostorageshareaccount"
storageAccountKey: "mPbYOXwiDPorf3g1ykrYjBflcC79tB4DooIlEABOROjrXwrZiWe3pVb+7/Xv/E4eibW2gxvl+06T+AStKNwHIQ=="
ipAddress:
type: Public
ports:
- protocol: tcp
port: 80
- protocol: tcp
port: 443
- protocol: tcp
port: 8080
- protocol: tcp
port: 9000
- protocol: tcp
port: 9090
]
[
$ rm -rf deploy-aci.yaml
]
$ cat deploy-aci.yaml
$ az container create --resource-group nodeMongoMinioAzureContainerInstancesDNS --file deploy-aci.yaml
[
$ az container list --resource-group nodeMongoMinioAzureContainerInstancesDNS --output table
$ az container delete --name minio --resource-group nodeMongoMinioAzureContainerInstancesDNS
]
$ az container logs --name minio --resource-group nodeMongoMinioAzureContainerInstancesDNS
$ az container exec \
--resource-group nodeMongoMinioAzureContainerInstancesDNS \
--name minio \
--exec-command /bin/sh
[
# mc --version
# mc
# esc
# mc ls
# mc ls data
# mc ls data/image-storage/
# mc ls data/image-storage/
# exit
]
$ export MinIO_IP=$(az container show \
--name minio \
--resource-group nodeMongoMinioAzureContainerInstancesDNS \
--query ipAddress.ip --output tsv)
$ echo $MinIO_IP
[
40.78.48.90
]
$ curl http://$MinIO_IP:80/
http://40.78.48.90:80/
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
==========================================================================================================================
# MongoDB
==========================================================================================================================
$ export DNS_NAME_LABEL="mongo-$RANDOM"
$ echo $DNS_NAME_LABEL
$ az container create \
--resource-group nodeMongoMinioAzureContainerInstancesDNS \
--name mongo \
--image dockerrajani/mongo-aws-linux-x86-64:version1.0.0 \
--ports 27017 \
--location westus \
--restart-policy Always \
--dns-name-label $DNS_NAME_LABEL
[
$ az container list --resource-group nodeMongoMinioAzureContainerInstancesDNS --output table
$ az container delete --name mongo --resource-group nodeMongoMinioAzureContainerInstancesDNS
]
$ az container logs --name mongo --resource-group nodeMongoMinioAzureContainerInstancesDNS
$ az container exec \
--resource-group nodeMongoMinioAzureContainerInstancesDNS \
--name mongo \
--exec-command /bin/sh
[
# mongosh
test> db.version()
7.0.3
test> exit
# exit
]
$ export MongoDB_IP=$(az container show \
--name mongo \
--resource-group nodeMongoMinioAzureContainerInstancesDNS \
--query ipAddress.ip --output tsv)
$ echo $MongoDB_IP
[
104.209.41.125
]
$ curl http://104.209.41.125:27017/
http://104.209.41.125:27017/
mongosh mongodb://104.209.41.125:27017/
==========================================================================================================================
# Node.js # node-mongodb-app-amazon-linux-extras-x86-64:version2.0.0
==========================================================================================================================
$ export DNS_NAME_LABEL="node-$RANDOM"
$ echo $DNS_NAME_LABEL
$ az container create \
--resource-group nodeMongoMinioAzureContainerInstancesDNS \
--name node-mongodb-app-v2 \
--image dockerrajani/node-mongodb-app-amazon-linux-extras-x86-64:version2.0.0 \
--ports 8082 \
--environment-variables PORT=8082 MONGO_URL=mongodb://$MongoDB_IP:27017/dev MINIO_ACCESS_KEY="minioadmin" MINIO_SECRET_KEY="minioadmin" MINIO_HOST=$MinIO_IP \
--dns-name-label $DNS_NAME_LABEL \
--restart-policy Always
[
$ az container list --resource-group nodeMongoMinioAzureContainerInstancesDNS --output table
$ az container delete --name node-mongodb-app-v2 --resource-group nodeMongoMinioAzureContainerInstancesDNS
]
$ az container logs --name node-mongodb-app-v2 --resource-group nodeMongoMinioAzureContainerInstancesDNS
[
Initialising MongoDB...
MongoDB initialised
Initialising MinIO...
MinIO initialised
App listening on http://localhost:8082
]
$ az container exec \
--resource-group nodeMongoMinioAzureContainerInstancesDNS \
--name node-mongodb-app-v1 \
--exec-command /bin/sh
[
# apt update
# apt install curl
# curl http://localhost:8082/
[
# exit
]
$ export Node_MongoDB_MinIO_IP=$(az container show \
--name node-mongodb-app-v2 \
--resource-group nodeMongoMinioAzureContainerInstancesDNS \
--query ipAddress.ip --output tsv)
$ echo $Node_MongoDB_MinIO_IP
[
20.189.162.79
]
$ curl http://$Node_MongoDB_MinIO_IP:8082/
http://20.189.162.79:8082/
==========================================================================================================================
# MongoDB Shell # macOS # mongosh
==========================================================================================================================
% mongosh mongodb://104.209.41.125:27017/
[
Current Mongosh Log ID: 656cd6be6f95bff90c6a997f
Connecting to: mongodb://104.209.41.125:27017/?directConnection=true&appName=mongosh+2.1.0
Using MongoDB: 7.0.3
Using Mongosh: 2.1.0
For mongosh info see: https://docs.mongodb.com/mongodb-shell/
------
The server generated these startup warnings when booting
2023-12-03T18:08:27.968+00:00: Access control is not enabled for the database. Read and write access to data and configuration is unrestricted
2023-12-03T18:08:27.969+00:00: /sys/kernel/mm/transparent_hugepage/enabled is 'always'. We suggest setting it to 'never'
2023-12-03T18:08:27.969+00:00: Soft rlimits for open file descriptors too low
------
test> (node:21919) [DEP0040] DeprecationWarning: The `punycode` module is deprecated. Please use a userland alternative instead.
(Use `node --trace-deprecation ...` to show where the warning was created)
db.version()
7.0.3
test> show dbs
admin 40.00 KiB
config 12.00 KiB
dev 40.00 KiB
local 40.00 KiB
test> use dev
switched to db dev
dev> show collections
notes
dev> db.notes.find()
[
{
_id: ObjectId('656cd6916df4217057a1a1dd'),
description: 'Node.js\r\n\r\n\r\n ![](/img/Node.png)'
}
]
dev> db.notes.find()
[
{
_id: ObjectId('656cd6916df4217057a1a1dd'),
description: 'Node.js\r\n\r\n\r\n ![](/img/Node.png)'
},
{
_id: ObjectId('656cd72b6df4217057a1a1de'),
description: 'MongoDB\r\n\r\n\r\n ![](/img/MongoDB.png)'
}
]
dev> exit
]
==========================================================================================================================
# Azure Files # Azure file share # Delete
==========================================================================================================================
$ az storage share list --account-name miniostorageshareaccount --output table
[
$ az storage share list --account-name miniostorageshareaccount --output table --account-key "mPbYOXwiDPorf3g1ykrYjBflcC79tB4DooIlEABOROjrXwrZiWe3pVb+7/Xv/E4eibW2gxvl+06T+AStKNwHIQ=="
]
$ az storage share delete --name miniostorageshare --account-name miniostorageshareaccount
[
$ az storage share delete --name miniostorageshare --account-name miniostorageshareaccount --account-key "mPbYOXwiDPorf3g1ykrYjBflcC79tB4DooIlEABOROjrXwrZiWe3pVb+7/Xv/
]
$ az storage share list --account-name miniostorageshareaccount
[]
$ az storage account list --resource-group nodeMongoMinioAzureContainerInstancesDNS --output table
$ az storage account delete --name miniostorageshareaccount --resource-group nodeMongoMinioAzureContainerInstancesDNS
$ az storage account list --resource-group nodeMongoMinioAzureContainerInstancesDNS
[]
==========================================================================================================================
# Azure Container Instances # Delete
==========================================================================================================================
$ az container list --resource-group nodeMongoMinioAzureContainerInstancesDNS --output table
$ az container delete --name minio --resource-group nodeMongoMinioAzureContainerInstancesDNS
$ az container delete --name mongo --resource-group nodeMongoMinioAzureContainerInstancesDNS
$ az container delete --name node-mongodb-app-v2 --resource-group nodeMongoMinioAzureContainerInstancesDNS
$ az container list --resource-group nodeMongoMinioAzureContainerInstancesDNS
[]
==========================================================================================================================
# Azure Resource Group # Delete
==========================================================================================================================
$ az group list --output table
$ az group delete --name nodeMongoMinioAzureContainerInstancesDNS
$ az group list
[]
==========================================================================================================================
***************************************************************************************************************************
# Azure Virtual Network
***************************************************************************************************************************
$ az group create --name azureContainerInstancesVNetIngressEgress --location westus
[
$ az group delete --name azureContainerInstancesVNetIngressEgress
]
# Deploy ACI in a virtual network
$ az container create \
--name mongo \
--image dockerrajani/mongo-aws-linux-x86-64:version1.0.0 \
--ports 27017 \
--resource-group azureContainerInstancesVNetIngressEgress \
--vnet aci-vnet \
--vnet-address-prefix 10.0.0.0/16 \
--subnet aci-subnet \
--subnet-address-prefix 10.0.0.0/24
[
$ az container list --resource-group azureContainerInstancesVNetIngressEgress --output table
$ az container delete --name mongo --resource-group azureContainerInstancesVNetIngressEgress
]
$ az container logs --name mongo --resource-group azureContainerInstancesVNetIngressEgress
$ az container exec \
--resource-group azureContainerInstancesVNetIngressEgress \
--name mongo \
--exec-command /bin/sh
[
# mongosh
test> db.version()
7.0.3
test> exit
# exit
]
$ export MongoDB_IP=$(az container show \
--name mongo \
--resource-group azureContainerInstancesVNetIngressEgress \
--query ipAddress.ip --output tsv)
$ echo $MongoDB_IP
$ az container create \
--name node-mongodb-app-v1 \
--image dockerrajani/node-mongodb-app-amazon-linux-extras-x86-64:version1.0.0 \
--ports 80 \
--environment-variables PORT=80 MONGO_URL=mongodb://$MongoDB_IP:27017/dev \
--restart-policy Always \
--resource-group azureContainerInstancesVNetIngressEgress \
--vnet aci-vnet \
--vnet-address-prefix 10.0.0.0/16 \
--subnet aci-subnet \
--subnet-address-prefix 10.0.0.0/24
[
$ az container list --resource-group azureContainerInstancesVNetIngressEgress --output table
$ az container delete --name node-mongodb-app-v1 --resource-group azureContainerInstancesVNetIngressEgress
]
$ az container logs --name node-mongodb-app-v1 --resource-group azureContainerInstancesVNetIngressEgress
[
Initialising MongoDB...
MongoDB initialised
App listening on http://localhost:80
]
$ az container exec \
--resource-group azureContainerInstancesVNetIngressEgress \
--name node-mongodb-app-v1 \
--exec-command /bin/sh
[
# apt update
# apt install curl
# curl http://localhost:80/
<html><head><title></title><link rel="stylesheet" href="tachyons.min.css"/></head><body class="ph3 pt0 pb4 mw7 center sans-serif"><h1 class="f2 mb0"><img src="/images/Node.png"/> <span class="green">N</span>ode.js <img src="/images/MongoDB.png"/> <span class="green">M</span>ongoDB </h1><!-- img(src="https://avatars.githubusercontent.com/u/9950313?s=48&v=4") --><!-- img(src='https://avatars.githubusercontent.com/u/45120?s=48&v=4')--><p class="f5 mt1 mb4 lh-copy">A Node.js-MongoDB image upload app.</p><form action="/note" method="POST" enctype="multipart/form-data"><ol class="list pl0"><li class="mv3"><label class="f6 b db mb2" for="image">Upload an image</label><input class="f6 link dim br1 ba b--black-20 ph3 pv2 mb2 dib black bg-white pointer" type="file" name="image"/><input class="f6 link dim br1 ba bw1 ph3 pv2 mb2 dib black bg-white pointer ml2" type="submit" value="Upload" name="upload"/></li><li class="mv3"><label class="f6 b db mb2" for="description">Write your content here</label><textarea class="f4 db border-box hover-black w-100 measure ba b--black-20 pa2 br2 mb2" rows="5" name="description"></textarea><input class="f6 link dim br1 ba bw1 ph3 pv2 mb2 dib black bg-white pointer" type="submit" value="Publish" name="publish"/></li></ol></form><p class="lh-copy f6">You don't have any notes yet.</p></body></html>
# exit
]
# Get the private IP address of the container group
$ aciPrivateIp="$(az container show --name node-mongodb-app-v1 \
--resource-group azureContainerInstancesVNetIngressEgress \
--query ipAddress.ip --output tsv)"
$ echo $aciPrivateIp
[
10.0.0.5
]
# Deploy Azure Firewall in network
$ az network vnet subnet create \
--name AzureFirewallSubnet \
--resource-group azureContainerInstancesVNetIngressEgress \
--vnet-name aci-vnet \
--address-prefix 10.0.1.0/26
# Add the firewall extension to the Azure CLI
$ az extension add --name azure-firewall
# Create the firewall resources
$ az network firewall create \
--name aciFirewall \
--resource-group azureContainerInstancesVNetIngressEgress \
--location westus
$ az network public-ip create \
--name fw-pip \
--resource-group azureContainerInstancesVNetIngressEgress \
--location westus \
--allocation-method static \
--sku standard
[
...
[Coming breaking change] In the coming release, the default behavior will be changed as follows when sku is Standard and zone is not provided: For zonal regions, you will get a zone-redundant IP indicated by zones:["1","2","3"]; For non-zonal regions, you will get a non zone-redundant IP indicated by zones:null.
...
]
$ az network firewall ip-config create \
--firewall-name aciFirewall \
--name FW-config \
--public-ip-address fw-pip \
--resource-group azureContainerInstancesVNetIngressEgress \
--vnet-name aci-vnet
# Update the firewall configuration
$ az network firewall update \
--name aciFirewall \
--resource-group azureContainerInstancesVNetIngressEgress
# Get the firewall's private IP address
$ fwPrivateIp="$(az network firewall ip-config list \
--resource-group azureContainerInstancesVNetIngressEgress \
--firewall-name aciFirewall \
--query "[].privateIpAddress" --output tsv)"
$ echo $fwPrivateIp
[
10.0.1.4
]
# Get the firewall's public IP address
$ fwPublicIp="$(az network public-ip show \
--name fw-pip \
--resource-group azureContainerInstancesVNetIngressEgress \
--query ipAddress --output tsv)"
$ echo $fwPublicIp
[
20.253.139.19
]
# Define user-defined route on ACI subnet #
# Create route table
$ az network route-table create \
--name Firewall-rt-table \
--resource-group azureContainerInstancesVNetIngressEgress \
--location westus \
--disable-bgp-route-propagation true
# Create route
$ az network route-table route create \
--resource-group azureContainerInstancesVNetIngressEgress \
--name DG-Route \
--route-table-name Firewall-rt-table \
--address-prefix 0.0.0.0/0 \
--next-hop-type VirtualAppliance \
--next-hop-ip-address $fwPrivateIp
# Associate route table to ACI subnet
$ az network vnet subnet update \
--name aci-subnet \
--resource-group azureContainerInstancesVNetIngressEgress \
--vnet-name aci-vnet \
--address-prefixes 10.0.0.0/24 \
--route-table Firewall-rt-table
# Configure rules on firewall #
# Configure NAT rule on firewall to ACI subnet
$ az network firewall nat-rule create \
--firewall-name aciFirewall \
--collection-name aciNATCollection \
--action dnat \
--name aciRule \
--protocols TCP \
--source-addresses '*' \
--destination-addresses $fwPublicIp \
--destination-ports 80 \
--resource-group azureContainerInstancesVNetIngressEgress \
--translated-address $aciPrivateIp \
--translated-port 80 \
--priority 200
# Create outbound application rule on the firewall
$ az network firewall application-rule create \
--collection-name aciAppCollection \
--firewall-name aciFirewall \
--name Allow-CheckIP \
--protocols Http=80 Https=443 \
--resource-group azureContainerInstancesVNetIngressEgress \
--target-fqdns checkip.dyndns.org \
--source-addresses 10.0.0.0/24 \
--priority 200 \
--action Allow
# Test container group access through the firewall #
# Test ingress to a container group
$ echo $fwPublicIp
[
20.253.139.19
]
http://20.253.139.19/
$ curl http://20.253.139.19/
[
<html><head><title></title><link rel="stylesheet" href="tachyons.min.css"/></head><body class="ph3 pt0 pb4 mw7 center sans-serif"><h1 class="f2 mb0"><img src="/images/Node.png"/> <span class="green">N</span>ode.js <img src="/images/MongoDB.png"/> <span class="green">M</span>ongoDB </h1><!-- img(src="https://avatars.githubusercontent.com/u/9950313?s=48&v=4") --><!-- img(src='https://avatars.githubusercontent.com/u/45120?s=48&v=4')--><p class="f5 mt1 mb4 lh-copy">A Node.js-MongoDB image upload app.</p><form action="/note" method="POST" enctype="multipart/form-data"><ol class="list pl0"><li class="mv3"><label class="f6 b db mb2" for="image">Upload an image</label><input class="f6 link dim br1 ba b--black-20 ph3 pv2 mb2 dib black bg-white pointer" type="file" name="image"/><input class="f6 link dim br1 ba bw1 ph3 pv2 mb2 dib black bg-white pointer ml2" type="submit" value="Upload" name="upload"/></li><li class="mv3"><label class="f6 b db mb2" for="description">Write your content here</label><textarea class="f4 db border-box hover-black w-100 measure ba b--black-20 pa2 br2 mb2" rows="5" name="description"></textarea><input class="f6 link dim br1 ba bw1 ph3 pv2 mb2 dib black bg-white pointer" type="submit" value="Publish" name="publish"/></li></ol></form><ul class="list pl0"><p class="f6 b db mb2">Notes</p><li class="mv3 bb bw2 b--light-yellow bg-washed-yellow ph4 pv2"><p class="measure"><p>Microsoft Azure Overview.mp4</p>
<p> <img src="/uploads/8c843d6c38a2ab706ece30253ee4eb1f" alt=""></p>
</p></li><li class="mv3 bb bw2 b--light-yellow bg-washed-yellow ph4 pv2"><p class="measure"><p>RajaniLinkedIn</p>
<p> <img src="/uploads/4e08bc581dd127b683094c785477bf69" alt=""></p>
</p></li></ul></body></html>
]
# Test egress from a container group
$ az container create \
--resource-group azureContainerInstancesVNetIngressEgress \
--name egress \
--image mcr.microsoft.com/azuredocs/aci-tutorial-sidecar \
--command-line "curl -s http://checkip.dyndns.org" \
--restart-policy OnFailure \
--vnet aci-vnet \
--subnet aci-subnet
[
$ az container list --resource-group azureContainerInstancesVNetIngressEgress --output table
$ az container delete --name egress --resource-group azureContainerInstancesVNetIngressEgress
]
# View the container logs to confirm the IP address is the same as the public IP address of the firewall
$ az container logs --name egress --resource-group azureContainerInstancesVNetIngressEgress
# Azure Container Instances # Delete
$ az container list --resource-group azureContainerInstancesVNetIngressEgress --output table
$ az container delete --name mongo --resource-group azureContainerInstancesVNetIngressEgress
$ az container delete --name node-mongodb-app-v1 --resource-group azureContainerInstancesVNetIngressEgress
$ az container delete --name egress --resource-group azureContainerInstancesVNetIngressEgress
$ az container list --resource-group azureContainerInstancesVNetIngressEgress
[]
# Azure Resource Group # Delete
$ az group list --output table
$ az group delete --name azureContainerInstancesVNetIngressEgress
$ az group delete --name NetworkWatcherRG
$ az group list
[]
***************************************************************************************************************************
# Configure a single public IP address for outbound and inbound traffic to a container group
***************************************************************************************************************************
# Azure resource group
$ resourceGroup=aciVNetIngressEgress$RANDOM
$ az group create --name $resourceGroup --location westus
[
$ az group delete --name $resourceGroup
]
# Deploy ACI in a virtual network
[
$ az container create \
--name appcontainer \
--resource-group $resourceGroup \
--image mcr.microsoft.com/azuredocs/aci-helloworld \
--vnet aci-vnet \
--vnet-address-prefix 10.0.0.0/16 \
--subnet aci-subnet \
--subnet-address-prefix 10.0.0.0/24
]
$ az container create \
--name mongo \
--image dockerrajani/mongo-aws-linux-x86-64:version1.0.0 \
--ports 27017 \
--resource-group $resourceGroup \
--vnet aci-vnet \
--vnet-address-prefix 10.0.0.0/16 \
--subnet aci-subnet \
--subnet-address-prefix 10.0.0.0/24
$ az container logs --name mongo --resource-group $resourceGroup
[
$ az container list --resource-group $resourceGroup --output table
$ az container delete --name appcontainer --resource-group $resourceGroup
]
$ az container exec \
--resource-group $resourceGroup \
--name mongo \
--exec-command /bin/sh
[
# mongosh
test> db.version()
7.0.3
test> exit
# exit
]
$ export MongoDB_IP=$(az container show \
--name mongo \
--resource-group $resourceGroup \
--query ipAddress.ip --output tsv)
$ echo $MongoDB_IP
$ az container create \
--name node-mongodb-app-v1 \
--image dockerrajani/node-mongodb-app-amazon-linux-extras-x86-64:version1.0.0 \
--ports 8081 \
--environment-variables PORT=8081 MONGO_URL=mongodb://$MongoDB_IP:27017/dev \
--restart-policy Always \
--resource-group $resourceGroup \
--vnet aci-vnet \
--vnet-address-prefix 10.0.0.0/16 \
--subnet aci-subnet \
--subnet-address-prefix 10.0.0.0/24
$ az container logs --name node-mongodb-app-v1 --resource-group $resourceGroup
[
Initialising MongoDB...
MongoDB initialised
App listening on http://localhost:8081
]
$ az container exec \
--resource-group $resourceGroup \
--name node-mongodb-app-v1 \
--exec-command /bin/sh
[
# apt-get update
# apt-get install curl
# curl http://localhost:8081/
<html><head><title></title><link rel="stylesheet" href="tachyons.min.css"/></head><body class="ph3 pt0 pb4 mw7 center sans-serif"><h1 class="f2 mb0"><img src="/images/Node.png"/> <span class="green">N</span>ode.js <img src="/images/MongoDB.png"/> <span class="green">M</span>ongoDB </h1><!-- img(src="https://avatars.githubusercontent.com/u/9950313?s=48&v=4") --><!-- img(src='https://avatars.githubusercontent.com/u/45120?s=48&v=4')--><p class="f5 mt1 mb4 lh-copy">A Node.js-MongoDB image upload app.</p><form action="/note" method="POST" enctype="multipart/form-data"><ol class="list pl0"><li class="mv3"><label class="f6 b db mb2" for="image">Upload an image</label><input class="f6 link dim br1 ba b--black-20 ph3 pv2 mb2 dib black bg-white pointer" type="file" name="image"/><input class="f6 link dim br1 ba bw1 ph3 pv2 mb2 dib black bg-white pointer ml2" type="submit" value="Upload" name="upload"/></li><li class="mv3"><label class="f6 b db mb2" for="description">Write your content here</label><textarea class="f4 db border-box hover-black w-100 measure ba b--black-20 pa2 br2 mb2" rows="5" name="description"></textarea><input class="f6 link dim br1 ba bw1 ph3 pv2 mb2 dib black bg-white pointer" type="submit" value="Publish" name="publish"/></li></ol></form><p class="lh-copy f6">You don't have any notes yet.</p></body></html>
# exit
]
# Get the private IP address of the container group
$ aciPrivateIp="$(az container show --name node-mongodb-app-v1 \
--resource-group $resourceGroup \
--query ipAddress.ip --output tsv)"
$ echo $aciPrivateIp
# Deploy Azure Firewall in network
$ az network vnet subnet create \
--name AzureFirewallSubnet \
--resource-group $resourceGroup \
--vnet-name aci-vnet \
--address-prefix 10.0.1.0/26
# Add the firewall extension to the Azure CLI
$ az extension add --name azure-firewall
# Create the firewall resources
$
az network firewall create \
--name aciFirewall \
--resource-group $resourceGroup \
--location westus
az network public-ip create \
--name fw-pip \
--resource-group $resourceGroup \
--location westus \
--allocation-method static \
--sku standard
az network firewall ip-config create \
--firewall-name aciFirewall \
--name FW-config \
--public-ip-address fw-pip \
--resource-group $resourceGroup \
--vnet-name aci-vnet
# Update the firewall configuration
$ az network firewall update \
--name aciFirewall \
--resource-group $resourceGroup
# Get the firewall's private IP address
$ fwPrivateIp="$(az network firewall ip-config list \
--resource-group $resourceGroup \
--firewall-name aciFirewall \
--query "[].privateIpAddress" --output tsv)"
$ echo $fwPrivateIp
# Get the firewall's public IP address
$ fwPublicIp="$(az network public-ip show \
--name fw-pip \
--resource-group $resourceGroup \
--query ipAddress --output tsv)"
$ echo $fwPublicIp
# Define user-defined route on ACI subnet #
# Create route table
$ az network route-table create \
--name Firewall-rt-table \
--resource-group $resourceGroup \
--location westus \
--disable-bgp-route-propagation true
# Create route
$ az network route-table route create \
--resource-group $resourceGroup \
--name DG-Route \
--route-table-name Firewall-rt-table \
--address-prefix 0.0.0.0/0 \
--next-hop-type VirtualAppliance \
--next-hop-ip-address $fwPrivateIp
# Associate route table to ACI subnet
$ az network vnet subnet update \
--name aci-subnet \
--resource-group $resourceGroup \
--vnet-name aci-vnet \
--address-prefixes 10.0.0.0/24 \
--route-table Firewall-rt-table
# Configure rules on firewall #
# Configure NAT rule on firewall to ACI subnet
$ az network firewall nat-rule create \
--firewall-name aciFirewall \
--collection-name aciNATCollection \
--action dnat \
--name aciRule \
--protocols TCP \
--source-addresses '*' \
--destination-addresses $fwPublicIp \
--destination-ports 80 \
--resource-group $resourceGroup \
--translated-address $aciPrivateIp \
--translated-port 80 \
--priority 200
# Create outbound application rule on the firewall
$ az network firewall application-rule create \
--collection-name aciAppCollection \
--firewall-name aciFirewall \
--name Allow-CheckIP \
--protocols Http=80 Https=443 \
--resource-group $resourceGroup \
--target-fqdns checkip.dyndns.org \
--source-addresses 10.0.0.0/24 \
--priority 200 \
--action Allow
# Test container group access through the firewall #
# Test ingress to a container group
$ echo $fwPublicIp
# Output is similar to:
52.142.18.133
# Browse
# Test egress from a container group
$ az container create \
--resource-group $resourceGroup \
--name testegress \
--image mcr.microsoft.com/azuredocs/aci-tutorial-sidecar \
--command-line "curl -s http://checkip.dyndns.org" \
--restart-policy OnFailure \
--vnet aci-vnet \
--subnet aci-subnet
# View the container logs to confirm the IP address is the same as the public IP address of the firewall.
$ az container logs \
--resource-group $resourceGroup \
--name testegress
# Output is similar to:
<html><head><title>Current IP Check</title></head><body>Current IP Address: 52.142.18.133</body></html>
# Clean up resources
$ az group delete --name $resourceGroup
***************************************************************************************************************************
###########################################################################################################################
# Azure Virtual Machines # Docker
###########################################################################################################################
$ az group create --name dockerResourceGroup --location westus
[
$ az group delete --name dockerResourceGroup
]
$ az vm create --resource-group dockerResourceGroup --name DockerVM --image Ubuntu2204 --admin-username azureuser --generate-ssh-keys --custom-data cloud-init-docker.txt
[
SSH key files '/home/rajani/.ssh/id_rsa' and '/home/rajani/.ssh/id_rsa.pub' have been generated under ~/.ssh to allow SSH access to the VM. If using machines without permanent storage, back up your keys to a safe location.
{
"fqdns": "",
"id": "/subscriptions/50e273a7-4620-49f2-925b-c60ad94ef4d6/resourceGroups/dockerResourceGroup/providers/Microsoft.Compute/virtualMachines/DockerVM",
"location": "westus",
"macAddress": "60-45-BD-06-10-32",
"powerState": "VM running",
"privateIpAddress": "10.0.0.4",
"publicIpAddress": "20.245.74.22",
"resourceGroup": "dockerResourceGroup",
"zones": ""
}
]
$ az vm list-ip-addresses --name DockerVM --resource-group dockerResourceGroup --out table
[
VirtualMachine PublicIPAddresses PrivateIPAddresses
---------------- ------------------- --------------------
DockerVM 20.245.74.22 10.0.0.4
]
***************************************************************************************************************************
# Azure Virtual Machine
***************************************************************************************************************************
https://portal.azure.com/#@rajanicloudnetoutlook.onmicrosoft.com/resource/subscriptions/50e273a7-4620-49f2-925b-c60ad94ef4d6/resourceGroups/dockerResourceGroup/providers/Microsoft.Compute/virtualMachines/DockerVM/connect
[
Requesting a Cloud Shell.Succeeded.
Connecting terminal...
rajani [ ~ ]$ az ssh vm --resource-group dockerResourceGroup --vm-name DockerVM --subscription 50e273a7-4620-49f2-925b-c60ad94ef4d6
OpenSSH_8.9p1, OpenSSL 1.1.1k FIPS 25 Mar 2021
The authenticity of host '20.245.74.22 (20.245.74.22)' can't be established.
ED25519 key fingerprint is SHA256:PgFGXpxk2zIvlMAVQVwxZGCQpxWjl+G4ZHzkt+1zH9A.
This key is not known by any other names
Are you sure you want to continue connecting (yes/no/[fingerprint])? yes
Warning: Permanently added '20.245.74.22' (ED25519) to the list of known hosts.
Learned new hostkey: RSA SHA256:EOiALD836ygdeqcUNAfl5FKmgMPJ4xbHS3WFWLuzJ7s
Learned new hostkey: ECDSA SHA256:7zWvfNzz4TKmsRieGg0HUxTVipBJtP4z+gtAwbnaIUI
Adding new key for 20.245.74.22 to /home/rajani/.ssh/known_hosts: ecdsa-sha2-nistp256 SHA256:7zWvfNzz4TKmsRieGg0HUxTVipBJtP4z+gtAwbnaIUI
Welcome to Ubuntu 22.04.3 LTS (GNU/Linux 6.2.0-1016-azure x86_64)
* Documentation: https://help.ubuntu.com
* Management: https://landscape.canonical.com
* Support: https://ubuntu.com/advantage
System information as of Sat Dec 2 06:00:56 UTC 2023
System load: 0.3408203125 Processes: 104
Usage of /: 5.8% of 28.89GB Users logged in: 0
Memory usage: 9% IPv4 address for eth0: 10.0.0.4
Swap usage: 0%
Expanded Security Maintenance for Applications is not enabled.
45 updates can be applied immediately.
33 of these updates are standard security updates.
To see these additional updates run: apt list --upgradable
Enable ESM Apps to receive additional future security updates.
See https://ubuntu.com/esm or run: sudo pro status
The programs included with the Ubuntu system are free software;
the exact distribution terms for each program are described in the
individual files in /usr/share/doc/*/copyright.
Ubuntu comes with ABSOLUTELY NO WARRANTY, to the extent permitted by
applicable law.
To run a command as administrator (user "root"), use "sudo <command>".
See "man sudo_root" for details.
***************************************************************************************************************************
rajani.cloud.net@outlook.com@DockerVM:~$
**************************************************************************************************************************
# Ubuntu 22.04.3 LTS
***************************************************************************************************************************
$ sudo cat /etc/os-release
$ sudo cat /etc/*release
$ sudo cat /etc/*version
$ sudo cat /etc/issue
$ sudo more /etc/issue
$ sudo less /etc/issue
$ sudo cat /proc/version
$ sudo lsb_release --all
$ sudo lsb_release --description
$ sudo man lsb_release
$ sudo hostnamectl
$ which hostnamectl
$ type hostnamectl
$ sudo man hostnamectl
$ sudo uname -r
$ sudo uname --release
$ sudo uname -srm
$ sudo uname --kernel-name --kernel-release --kernel-version
$ sudo uname --all
$ sudo man uname
$ sudo grep -E '^(VERSION|NAME)=' /etc/os-release
$ sudo grep '^VERSION' /etc/os-release
$ sudo dpkg -l
$ sudo which dpkg
$ sudo man dpkg
$ sudo arch
$ sudo whoami
$ whoami
$ sudo echo $USER
$ sudo echo $PATH
$ sudo echo $HOME
$ sudo echo ~/
$ sudo echo $SHELL
$ sudo env
$ sudo pwd
$ sudo ls
$ sudo ls -a
$ sudo date
***************************************************************************************************************************
# Network
***************************************************************************************************************************
$ sudo apt update
$ sudo apt upgrade
[
$ sudo apt-get update
$ sudo apt-get upgrade
]
$ sudo apt-get install net-tools
$ sudo netstat -tunpl
$ sudo netstat -nr
$ sudo netstat -ai
$ sudo netstat -ant
[
$ sudo apt-get remove net-tools
$ sudo apt-get purge net-tools
]
$ sudo ss -tunl
$ sudo ss -t
$ sudo ss -A tcp
$ sudo ss -ua
$ sudo ss -a -A udp
$ sudo ss -nt
$ sudo ss -ltn
$ sudo nc -l localhost 8080
# control + C
$ sudo apt-get install nmap
$ sudo nmap -n -PN -sT -sU -p- localhost
[
$ sudo apt-get remove nmap
$ sudo apt-get purge nmap
# The following packages were automatically installed and are no longer required:
# libblas3 liblinear4 liblua5.3-0 lua-lpeg nmap-common
# Use 'sudo apt autoremove' to remove them.
$ sudo apt autoremove
]
***************************************************************************************************************************
==========================================================================================================================
# Docker install
==========================================================================================================================
$ sudo snap install docker
$ docker --version
$ sudo docker version
$ sudo docker info
==========================================================================================================================
# Docker
==========================================================================================================================
[
$ sudo docker network list
]
$ sudo docker network create node-mongodb-app-network
[
$ sudo docker network rm node-mongodb-app-network
]
==========================================================================================================================
# Minio
==========================================================================================================================
[
$ sudo mkdir -p $HOME/minio/data
$ sudo ls
$ sudo ls $HOME/minio
$ sudo ls $HOME/minio/data
[
$ sudo rm -rf $HOME/minio/data
]
]
$ sudo mkdir -p ~/minio/data
$ sudo ls
$ sudo ls ~/minio
$ sudo ls ~/minio/data
[
$ sudo rm -rf ~/minio/data
]
[
$ sudo docker run \
-p 9000:9000 \
-p 9090:9090 \
--name minio \
--network=node-mongodb-app-network \
-v $HOME/minio/data:/data \
-e "MINIO_ACCESS_KEY=minioadmin" \
-e "MINIO_SECRET_KEY=minioadmin" \
dockerrajani/minio-aws-linux-x86-64:version1.0.0 server /data --console-address ":9090"
]
$ sudo docker network list
$ sudo docker run \
-p 9000:9000 \
-p 9090:9090 \
--name minio \
--network=node-mongodb-app-network \
-v $HOME/minio/data:/data \
-e "MINIO_ROOT_USER=minioadmin" \
-e "MINIO_ROOT_PASSWORD=minioadmin" \
dockerrajani/minio-aws-linux-x86-64:version1.0.0 server /data --console-address ":9090"
==========================================================================================================================
# sudo docker exec -it minio bash # Open new session
==========================================================================================================================
$ az ssh vm --resource-group dockerResourceGroup --vm-name DockerVM --subscription 50e273a7-4620-49f2-925b-c60ad94ef4d6
==========================================================================================================================
rajani.cloud.net@outlook.com@DockerVM:~$
==========================================================================================================================
$ sudo curl http://localhost:9090/
$ sudo curl http://localhost:9000/
$ sudo docker exec -it minio bash
# mc --version
# mc
# esc
# mc ls
# mc ls data
# mc ls data/image-storage/
# mc rm data/image-storage/*
[
# exit
]
[
$ sudo ls ~/minio/data/image-storage/
$ sudo rm -rf ~/minio/data/image-storage/*
]
[
$ sudo netstat -tunpl
$ sudo ss -tunl
$ sudo docker inspect minio
]
==========================================================================================================================
# MongoDB # Open new session
==========================================================================================================================
$ az ssh vm --resource-group dockerResourceGroup --vm-name DockerVM --subscription 50e273a7-4620-49f2-925b-c60ad94ef4d6
==========================================================================================================================
rajani.cloud.net@outlook.com@DockerVM:~$
==========================================================================================================================
$ sudo docker network list
$ sudo docker run \
-p 27017:27017 \
--name=mongo \
--rm \
--network=node-mongodb-app-network \
dockerrajani/mongo-aws-linux-x86-64:version1.0.0
==========================================================================================================================
# sudo docker exec -it mongo bash # Open new session
==========================================================================================================================
$ az ssh vm --resource-group dockerResourceGroup --vm-name DockerVM --subscription 50e273a7-4620-49f2-925b-c60ad94ef4d6
==========================================================================================================================
rajani.cloud.net@outlook.com@DockerVM:~$
==========================================================================================================================
$ curl http://localhost:27017/
$ sudo docker exec -it mongo bash
# mongosh
[
# exit
]
[
$ netstat -tunpl
$ ss -tunl
$ sudo docker inspect mongo
]
==========================================================================================================================
# node-mongodb-app-amazon-linux-extras-x86-64:version1.0.0 # Open new session
==========================================================================================================================
$ az ssh vm --resource-group dockerResourceGroup --vm-name DockerVM --subscription 50e273a7-4620-49f2-925b-c60ad94ef4d6
==========================================================================================================================
$ sudo docker run \
--name=node-mongodb-app-v1 \
--rm \
--network=node-mongodb-app-network \
-p 8081:8081 \
-e PORT=8081 \
-e MONGO_URL=mongodb://mongo:27017/dev \
dockerrajani/node-mongodb-app-amazon-linux-extras-x86-64:version1.0.0
==========================================================================================================================
# sudo docker exec -it node-mongodb-app-v1 bash # Open new session
==========================================================================================================================
$ az ssh vm --resource-group dockerResourceGroup --vm-name DockerVM --subscription 50e273a7-4620-49f2-925b-c60ad94ef4d6
==========================================================================================================================
$ curl http://localhost:8081/
$ sudo docker exec -it node-mongodb-app-v1 bash
# apt-get update
# apt-get install curl
# curl http://localhost:8081/
# exit
[
$ netstat -tunpl
]
$ ss -tunl
$ sudo docker inspect node-mongodb-app-v1
==========================================================================================================================
# node-mongodb-app-amazon-linux-extras-x86-64:version2.0.0
==========================================================================================================================
$ sudo docker run \
--name=node-mongodb-app-v2 \
--rm \
--network=node-mongodb-app-network \
-p 8082:8082 \
-e PORT=8082 \
-e MONGO_URL=mongodb://mongo:27017/dev \
-e "MINIO_ACCESS_KEY=minioadmin" \
-e "MINIO_SECRET_KEY=minioadmin" \
-e "MINIO_HOST=minio" \
dockerrajani/node-mongodb-app-amazon-linux-extras-x86-64:version2.0.0
==========================================================================================================================
# sudo docker exec -it node-mongodb-app-v2 bash # Open new session
==========================================================================================================================
$ az ssh vm --resource-group dockerResourceGroup --vm-name DockerVM --subscription 50e273a7-4620-49f2-925b-c60ad94ef4d6
==========================================================================================================================
$ curl http://localhost:8082/
$ sudo docker exec -it node-mongodb-app-v2 bash
# apt-get update
# apt-get install curl
# curl http://localhost:8082/
# exit
$ netstat -tunpl
$ ss -tunl
$ sudo docker inspect node-mongodb-app-v2
==========================================================================================================================
# Docker cleanup
==========================================================================================================================
[
$ sudo docker ps --all --quiet
$ sudo docker stop $(sudo docker ps -a -q)
$ sudo docker rm $(sudo docker ps -a -q) --force
]
$ sudo docker container list --all --quiet
$ sudo docker stop $(sudo docker container list -a -q)
$ sudo docker rm $(sudo docker container list -a -q) --force
$ sudo docker container prune
$ sudo docker image list --all --quiet
$ sudo docker rmi $(sudo docker image list -a -q) --force
$ sudo docker image prune --all
$ sudo docker volume list --quiet
$ sudo docker volume rm $(sudo docker volume list --quiet) --force
$ sudo docker volume prune
$ sudo docker network list --quiet --filter "type=custom"
$ sudo docker network rm $(sudo docker network list --quiet --filter "type=custom")
$ sudo docker network prune
$ sudo docker system info
$ sudo docker system prune --all --volumes
==========================================================================================================================
***************************************************************************************************************************
# Azure Virtual Machine # Delete
***************************************************************************************************************************
==========================================================================================================================
rajani.cloud.net@outlook.com@DockerVM:~$ exit
[
logout
Connection to 20.245.74.22 closed.
Transferred: sent 7032, received 20792 bytes, in 108.8 seconds
Bytes per second: sent 64.6, received 191.1
]
==========================================================================================================================
$ az vm delete --name DockerVM --resource-group dockerResourceGroup
Are you sure you want to perform this operation? (y/n): y
$ az vm list-ip-addresses --name DockerVM --resource-group dockerResourceGroup --out table
[ ]
==========================================================================================================================
***************************************************************************************************************************
# Azure Virtual Machine # Azure Resource Group # Delete
***************************************************************************************************************************
$ az group delete --name dockerResourceGroup
***************************************************************************************************************************
# Azure Resource Group # Delete
***************************************************************************************************************************
$ az group list --output table
[
Name Location Status
-------------------------------- ------------ ---------
NetworkWatcherRG eastus Succeeded
]
$ az group delete --name NetworkWatcherRG
$ az group list
[]
***************************************************************************************************************************
###########################################################################################################################
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