Category: CLOUD COMPUTING

After we have created our oracle compute virtual machine our next goal is to get our application installed on those virtual machines. Applications sitting on different virtual machines need to talk to each other internally too. For this internal connection we need to open ports between those machines.

For our application In this post we will open communication between the two instances on a specific port 50 and will enable a telnet service. After opening the ports on the VMs we will verify if we are able to telnet from one instance to the other on that specific port 50

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Creating a single compute instance on Oracle Cloud is a simple process. Below we have documented the step-by-step process to achieve this goal.

Process Overview

To create an Oracle Compute Cloud Service instance and set up HTTP access to the we will have complete the following tasks:

1. Generate an SSH key pair on your laptop/machine.

2. Upload the SSH public key to Oracle Compute Cloud Service.

3. Reserve a public IP address for your instance.

4. Create storage volumes to boot the instance from, or to store your data and applications.

5. Create your instance, associate a public IP address with it, configure it for SSH access, and attach the storage volumes that you created, if any.

6. Configure the instance for HTTP access.

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General meaning of Orchestration is harmonious organization especially by means of clever or thorough planning or maneuvering to achieve desirable result. Orchestration in terms of Oracle Cloud is process/method to automate the provisioning and lifecycle operations of an entire virtual compute topology of Oracle Cloud. You can define the attributes and inter-dependencies of a collection of compute, networking, and storage resources in Oracle Compute Cloud Service.

Orchestration uses JSON as the communication language. See this post about basics of JSON.

you can use orchestrations to create and manage a collection of instances hosting a multi-tiered application stack with all the necessary networking, storage, and security settings.

At any time, you can delete and re-create all the instances in an orchestration just by stopping and restarting the orchestration. Storage attachments, security lists, and so on are re-associated automatically.

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JSON (JavaScript Object Notation) is a lightweight data-interchange format. This simple language is used a lot in Oracle Cloud and many other new Oracle products like SOA and Oracle 12c. It is easy for humans to read and write this language. It is easy also for machines to parse and generate. JSON is a text format that is completely language independent which make JSON an ideal data-interchange language. The file type for JSON files is “.json”

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This post provide general overview of Oracle Compute Cloud and some of its main features.

Oracle’s enterprise-grade infrastructure service provides a Oracle compute cloud environment which can be provisioned rapidly. It provides flexible and scalable computing, block storage, and networking services on Oracle Cloud. You can now set up and manage your computing and storage workloads in the cloud, on demand, using a self-service portal. You can say that Oracle compute cloud is the foundation of Oracle’s Infrastructure as a Service (IaaS).

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BASIC DEFINITION

Cloud computing which is usually referred to as simply “the cloud,” is the on-demand delivery of compute power, database storage, applications, and other IT resources through a cloud services platform via the internet with pay-as-you-go pricing.

Key word here is “on-demand”. You demand that you need some resource (CPU/Storage/Database/Platform/Apps etc) and you get it instantly by as simple as pressing couple of keys in your web hosted Cloud Panel.

Traditionally, you used to first order these resources through defined channels before started using them. Example, in your traditional setup, as a DBA if you required another 1 TB of disk for your database you may have to go to your UNIX Admins which in turn used to go to storage admins and Storage admins used to carve out the right size disk or order new capacity from the storage company. UNIX Admins then partition and extend the LV and then at last you will get the disk to increase your database size. This is very simple example of traditional system but explains that it takes resource. time and effort to get such repetitive things done. Cloud computing helps in overcoming such limitations.

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