Introduction
The potential of cloud computing can only be realized when code and data are available on the cloud infrastructure. Businesses who are committed towards digital transformation are migrating legacy systems (code and data) from on-premise systems to the cloud.
Nevertheless, the ability to do so swiftly and precisely has only just been possible owing to automated code translation technology that automatically converts SQL code from legacy systems to operate on modern cloud infrastructures such as Microsoft Azure, Amazon Web Services, and Google Cloud Platform. A workload automation transfer project might be challenging if not properly prepared. Switching from one IT automation provider to another, on the other hand, isn’t required to be a leap into the unknown. The appropriate approach to preparation, planning, and deployment might go a long way toward helping the entire process work smoothly.
Why are Businesses Performing Automated Workload Migrations?
Businesses have historically chosen cost-effective methods of improving agility and reliability with their IT automation setup. In response to increased demand, the IT automation environment has seen tremendous transformation in recent years.
Businesses are turning to automated cloud migration processes as a way to save time and money, increase efficiency, and reduce risk. By automating migration tasks, businesses can reduce the resources required for manual processes, increase scalability, and ensure consistency across different systems and applications. Additionally, automated workload migrations can help businesses to minimize the risk of data loss or downtime that can occur during manual migration processes. Overall, automated workload migrations offer a range of benefits that make them an attractive option for businesses looking to streamline their migration processes and improve their bottom line.
An Automated Approach to Code Conversion
Code conversion refers to the process of transforming code written in one programming language or framework into another. Automated code conversion is a process that utilizes software tools to analyze and translate code from one language to another without human intervention. This process is becoming increasingly popular because it saves time, money, and minimizes the risk of human error.
The automated approach to code conversion involves several steps. The first step is to analyze the source code of the application to be converted. This involves parsing the code to identify its syntax and structure. The next step is to identify the target language or framework and the required features and functions. The conversion tool then applies a set of rules and algorithms to translate the code from the source language to the target language.
One of the key benefits of an automated approach to code conversion is speed. It can take weeks or even months to manually convert a large application. However, an automated tool can do it in a matter of hours. This is because the software tool can analyze and convert thousands of lines of code in a short amount of time.
Another benefit of an automated approach to code conversion is accuracy. Human programmers are prone to errors, especially when dealing with large and complex applications. Automated conversion tools, on the other hand, are designed to minimize errors and ensure that the converted code is functionally equivalent to the original code.
Finally, an automated approach to code conversion is cost-effective. Manual conversion requires a team of programmers and project managers to work on the project, which can be expensive. An automated tool, on the other hand, requires a one-time investment in the software, which can be used to convert multiple applications.
The Code Conversion Tool You Can’t Afford to Miss: Raven
As we have already highlighted the growing popularity and demand for automated code conversion technology, how can we not mention one of the most efficient workload transformation technology, Raven.
Raven is the state-of-the-art technology developed by Datametica. An automated code (SQL, Script) and ETL conversion technology – Raven efficiently transforms codes of different length and complexities within minutes and also optimizes them to minimize execution time and cost. Raven ensures that the converted tool meets a system-wide standard.
Raven not only supports SQL conversion but also complicated file conversions such as KSH and B-TEQ (Tera-data files for shell scripting). End-to-end ETL conversion and orchestration layer conversion are supported. If you want to get into the trenches, Raven also provides workaround SQL clauses and recreates custom code for widely used logic. Raven can convert and handle embedded SQL, incomplete SQL statements, and SQL code with several parameters. DDL definitions for macros, stored procedures, view definitions, utility materialized view definitions, and so on are also supported.
Raven never compromises the business logic of legacy system code and offers an extensive amount of customization depending on client architectural preferences, such as applying certain rules throughout conversions, handling specific objects, and so on—and all of this can be automated.
By simplifying the conversion of multiple types of support across legacy systems, Datametica’s Raven optimizes the amount of code that can be converted. Raven also automates code transformation to the cloud and improves synchronization with the target.
All these capabilities make rave a one of the kind technology that can simplify your workload code transformation and cloud migration journey.
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About Datametica
A Global Leader in Data Warehouse Modernization & Migration. We empower businesses by migrating their Data/Workload/ETL/Analytics to the Cloud by leveraging Automation.
Accelerate Your Cloud Migration
FAQs
Q: What is cloud migration?
A: Cloud migration is the process of moving digital assets, such as data, applications, and workloads, from an on-premises infrastructure to a cloud-based infrastructure.
Q: Why do companies migrate to the cloud?
A: Companies migrate to the cloud for a variety of reasons, including cost savings, scalability, flexibility, and access to advanced cloud technologies.
Q: What are the benefits of cloud migration?
A: The benefits of cloud migration include reduced infrastructure costs, improved scalability and flexibility, enhanced security and compliance, and access to advanced cloud technologies.
