Google Cloud - gcloud Kurulum

Windows

GoogleCloudSDKInstaller.exe ile kuruluyor

Google Cloud - gcloud components seçeneği

components install

Örnek

Şöyle yaparız

gcloud components install gke-gcloud-auth-plugin

Google Cloud - gcloud projects seçeneği

projects undelete

Örnek

Şöyle yaparız

gcloud projects undelete example-foo-bar-1

projects list

Projeleri listeler

Örnek

Şöyle yaparız

gcloud projects list

Proje seçmek veya değiştirmek için şöyle yaparız

gcloud config set project <project_id>

Google Cloud - gcloud auth seçeneği

Giriş

"gcloud auth" komutunun açıklaması şöyle

manage oauth2 credentials for the Google Cloud CLI

auth activate-service-account seçeneği

activate-service-account yazısına taşıdım

auth configure docker seçeneği

Örnek

Şöyle yaparız

stage("Docker Image") {
  withEnv(['http_proxy=', 'https_proxy=']) {
    sh "gcloud auth activate-service-account --key-file=.gcp/product-foo.json"
    sh "gcloud auth configure-docker"

    // Build image and upload to GCP
    sh "docker build -t us.gcr.io/product-foo/oracle-db docker/uc-custdb/oracle-db"
    sh "docker push us.gcr.io/product-foo/oracle-db:latest"

    // Build image and upload to GCP
    int basetime = currentBuild.startTimeInMillis / 1000
    sh "docker build -t us.gcr.io/product-foo/uc-farm docker/uc-farm"
    sh "docker tag us.gcr.io/product-foo/uc-farm:latest us.gcr.io/product-foo/uc-farm:$basetime"
    sh "docker push us.gcr.io/product-foo/uc-farm:$basetime"
    sh "docker push us.gcr.io/product-foo/uc-farm:latest"
  }
}

auth list seçeneği

Hesap ismlerini gösterir. Etkin olunan hesap ismi yanında * karakteri vardır

Örnek

Şöyle yaparız

gcloud auth list
      Credentialed Accounts
ACTIVE  ACCOUNT
*       myname.mylastname@foo.com

To set the active account, run:
    $ gcloud config set account `ACCOUNT`

auth login seçeneği

Yeni bir hesap ile login olmak içindir

Örnek

Şöyle yaparız

gcloud auth login myaccount@gmail.com

Örnek

Şöyle yaparız

gcloud init
gcloud auth application-default login

AWS Redshift - OLAP Datawarehouse İçindir

Giriş

Açıklaması şöyle. Yani AWS Aurora'dan daha gelişmiş.

Like Amazon Aurora, Amazon Redshift is used by large enterprises. However, Redshift is more complex, can handle more data, and is referred to as a data warehouse. This is because Redshift is built for OLAP (Online Analytical Processing).

Furthermore, Redshift can scale up to Petabytes of data and supports up to 60 user-defined databases per cluster. On the other hand, Aurora can only scale to terabytes and support up to 40. Besides this, the security and the maintenance of both the database services are pretty much the same.

A few use cases of Amazon Redshift are creating machine models for forecasting operations, optimizing your company's business intelligence, and increasing developer productivity.
Benefits

1. Redshift possesses the highest scaling capabilities amongst the three options we've examined.
2. Its performance is much faster and more durable.
3. Amazon Redshift can also handle a more significant amount of data and analyze it within a shorter period.

Redshift vs PostgreSQL

Açıklaması şöyle. Altta PostgreSQL 8 kullanıyor.

I mean, as much as I love AWS services, setting up Redshift as our data warehouse was a mistake and Postgres would have been a much better alternative.

Let’s be honest, unless you have massive amounts of data, more than hundreds of To’s of data, all these fancy data warehouses like Redshift just aren’t worth the cost. Redshift isn’t open source, so you can’t have a complete mini-data stack on your local computer for testing purposes. Plus, Redshift, being built on top of Postgres 8, sometimes lacks the cool features that the newer releases of Postgres have.

I know Postgres is a transactional database, but I think it’s a solid first approach for a data warehouse. If you’re dealing with tables with less than 50 million rows and under 10 terabytes of data (which is the case for most startups), Postgres might outperform Redshift. And the best part is, you can have it up and running on your local computer, making it incredibly convenient for quick iterations.

Örnek

Açıklaması şöyle

Redshift supports some SQL functions and queries which would generally only be necessary with large data warehouse applications. For example, PERCENTILE_CONT computes a linear interpolation to return a percentile.

Şöyle yaparız

SELECT
    TOP 10 salesid,
    sum(pricepaid),
    percentile_cont(0.6) WITHIN GROUP (
        ORDER BY 
            salesid
    ),
    median (salesid)
FROM
    sales
GROUP BY
    salesid,
    pricepaid;




gcloud container clusters delete seçeneği - Cluster Siler

Giriş

gcloud container clusters create ile yaratılan cluster silinir

Örnek

Şöyle yaparız

gcloud container clusters delete <my-cluster>

gcloud container clusters get-credentials seçeneği - Kubeconfig Entry yaratır

Giriş

Bu komutu çalıştırdıktan sonra yeni bir Kubeconfig yaratılır. Context listesini görmek için şöyle yaparız

kubectl config get-contexts
CURRENT   NAME                                        CLUSTER                                     AUTHINFO                                    NAMESPACE
          docker-desktop                              docker-desktop                              docker-desktop
*         gke_hazelcast-33_us-central1-c_orcun-test   gke_hazelcast-33_us-central1-c_orcun-test   gke_hazelcast-33_us-central1-c_orcun-test

Context değiştirmek için şöyle yaparız

kubectl config use-context my-context-name

Örnek

Şöyle yaparız

gcloud container clusters get-credentials <my-cluster>

-project seçeneği

Örnek

Şöyle yaparız

gcloud container clusters get-credentials orcun-test 
--zone us-central1-c 
--project hazelcast-33

--zone seçeneği

Örnek

cluster'a login olmak için şöyle yaparız

gcloud container clusters get-credentials mycluster --zone us-central1-a