The Mainframe Migration
Alliance (MMA) is a group of companies that are working together to
help customers migrate workloads off of the mainframe and
onto the Microsoft platform. The Alliance represents a group of companies that
have their interests aligned in making legacy modernization easier and
more efficient for customers.
Raincode provides Microsoft's customers with a faster and lower
cost way to modernize legacy applications to run in modern
Windows based servers. The Raincode Engine analyzes and
transforms several of the most popular legacy computer languages
into modernized code able to run in .NET environments against
a relational database, as well as server environments
employing emulation of mainframe environments such as CICS.
The Raincode Engine can parse mainframe languages such as
COBOL, ADSO, IDEAL, Pacbase that are integrated with old
databases such as Datacom/DB, IDMS or IMS. The result, if
targeted into an emulated mainframe environment, is generally
modernized COBOL operating against a relational database.
However, if targeted into a modern environment such as .NET,
the result can be either C# or .NET enabled COBOL, as preferred
by the customer, operating against SQL Server or Oracle.
Raincode radically changes the cost/benefit equation for
organizations seeking to modernize their applications - with bottom line
benefits. The Progress 4GL modernization, with competitive estimates between
$1.5 million and $3 million, was not affordable by the customer. With
Raincode able to perform the job for a fraction of those estimates, the
project generated a positive return on investment.
November 2008: Version 2.0 of RainCode's coding
guidelines enforcement tool
The RainCode Checker will be released in January
2009. The Checker is available for Ada, C and COBOL.
August 2008: All the versions of the
RainCode engine
can now access a number of relational databases, including
Oracle, MySql and Postgres.
March 2008: RainCode proudly releases a complete Datacom migration
solution
named
DataKom
which covers all aspects of Datacom migration: CA-IDEAL,
COBOL programs and data migration.
September 2007: The
RainCode Engine for COBOL
computes the
size and offsets
of
data elements according to the ANSI standard, and can be used to find and
analyze data elements based on how and where they are represented physically
in memory.
January 2007: The
RainCode Checker for COBOL
is released, with over 70 coding guidelines
built-in. The RainCode Checker can be used to check
large portfolios
against project-wide or company-wide coding guidelines.