Displaying items by tag: transformation blueprint
Pitney Bowes - Tier 3/Comet Server VB6 to C# .NET Core Modernization on AWS
TSRI adapted its industry-leading modernization capabilities to the unique Pitney Bowes Visual Basic 6 (VB6) code constructs for a successful automatic modernization of over 443,000 lines of VB6 code and over 450,000 lines of XML meta-data to modern C# .NET Core coming in well within budget and completing the transformation earlier than scheduled.
Additionally, TSRI’s partner, Accenture, had the opportunity to manually rewrite the user interfaces for the application, to achieve a modern and user-friendly experience, while TSRI simultaneously completed the automated transformation of the application code and database written in VB6. As a result, the application achieved total functional equivalence while the look and feel of the front end was greatly improved.
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- VB6
- C#
- Automatic Refactoring
- VB6 Modernization
- architecture
- Software Modernization
- modernization
- transformation blueprint
- Microsoft SQL Server
- JANUS Studio®
- Code Warranty
- SonarQube
- Functional Equivalence
- Containerized on AWS
- C# NET Core
- Refactoring
- Data Migration
- Database Modernization
- Code Documentation
- automated refactoring
- Automated Modernization
- Cloud Native
Educational Testing Service (ETS) - IBM COBOL to Java SE 17 Modernization on AWS
Educational Testing Service (ETS) is the world's largest private educational testing and measurement organization. Each year, they develop, administer, and score more than 50 million tests, including the TOEFL®, TOEIC®, GRE®, and Praxis® tests, in more than 180 countries. This requires an enormous data management capability. ETS turned to TSRI to transform their ECT and Praxis applications and databases from IBM job control language (JCL) and COBOL Batch to modern Java SE 17 in a cloud-native optimized AWS environment. To do this, they used a spring boot-type application to implement web services invoked by Python. TSRI also converted the IBM DB2 database and VSAM sequential database files to a relational PostgreSQL database on AWS Aurora.
Customer: Educational Testing Service (ETS) Source & Target Language: IBM COBOL to Java SE 17 on AWS Lines of Code: 1,199,633 lines of COBOL and JCL Duration: 11 Months Services: Automated Code Transformation, Automated Refactoring, Integration and Testing Support, SonarQube Quality Refactoring, Code-Specific Adaptation, Database Migration, Transformation "To-Be" Blueprint®, Application "As-Is" Blueprint®, Code Warranty
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- sql
- transformation blueprint
- Platform Migration
- modernization
- Software Code Modernization
- Refactoring
- Code Documentation
- modernize
- migration
- Data
- Data Migration
- assessment
- architecture
- multitier
- Microservices
- Micro Services
- monolithic
- Security Refactoring
- application modernization
- System Modernization
- Object Oriented
- Quality Output
- Asis Blueprint
- Software Modernization
- Modern Architecture
- ArchitectureDriven
- Software Transformation
- transformation
- cloudnative
- containerized
- modularized
- cobol
- mainframe
- COBOL to Java
- Java
- db2
- DB2 Database
- VSAM
- Monolithic COBOL
- COBOL Modernization
- COBOL Conversion
- Business Case
- DB/2 and VSAM
- stepwise
- input/output (DIO) layer
- SonarQube
- Quality Standards
- SonarQube Quality
- IBM z/OS
- IBM z/OS COBOL
- COBOL and CICS
- cics
- VSAM sequential files to relational
- VSAM to relational database
- PostgreSQL
- PostgreSQL on AWS Aurora
- user interface
- BMS
- BMS to Angular
- BMS to Web Screens
- Containerized on AWS
- Cost Savings
- Green Screen Modernization
- Architecture Diagram
- BMS to CSS
- BMS to HTML5
- Monolithic to Multitier
- Monolithic to cloud native
- VSAM to modern database
- jcl
- batch
Canada Revenue Agency (CRA) Help Desk - COBOL to Java Modernization on AWS
CRA and AWS engaged with TSRI to complete the modernization of their COBOL-based system to Java on AWS. To Achieve CRA's goals, TSRI tuned JANUS Studio® to parse, transform, document, and refactor the IBM z/OS COBOL application. In just 1.5 months, TSRI modernized the application from an IBM Mainframe COBOL and CICS monolith to a modern multi-tier architecture in Java on the AWS cloud. Just as important, TSRI also converted the DB2 database and VSAM sequential files to a relational PostgreSQL database on AWS Aurora.
Customer: Canada Revenue Agency (CRA) and AWS Source & Target Language: IBM COBOL to Java on AWS Lines of Code: 168,000 Duration: 1.5 Months Services: Automated Code Transformation, Automated Refactoring, Integration and Testing Support, SonarQube Quality Refactoring, Code-Specific Adaptation, Database Migration, Transformation "To-Be" Blueprint®, Application "As-Is" Blueprint®
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- sql
- transformation blueprint
- Platform Migration
- modernization
- Software Code Modernization
- Refactoring
- Code Documentation
- modernize
- migration
- Data
- Data Migration
- assessment
- architecture
- multitier
- Microservices
- Micro Services
- monolithic
- Security Refactoring
- application modernization
- System Modernization
- Object Oriented
- Quality Output
- Asis Blueprint
- Software Modernization
- Modern Architecture
- ArchitectureDriven
- Software Transformation
- transformation
- cloudnative
- containerized
- modularized
- cobol
- mainframe
- COBOL to Java
- Java
- db2
- DB2 Database
- VSAM
- Monolithic COBOL
- COBOL Modernization
- COBOL Conversion
- Business Case
- DB/2 and VSAM
- stepwise
- input/output (DIO) layer
- SonarQube
- Quality Standards
- SonarQube Quality
- IBM z/OS
- IBM z/OS COBOL
- COBOL and CICS
- cics
- VSAM sequential files to relational
- VSAM to relational database
- PostgreSQL
- PostgreSQL on AWS Aurora
- user interface
- BMS
- BMS to Angular
- BMS to Web Screens
- Containerized on AWS
- Cost Savings
- Green Screen Modernization
- Architecture Diagram
- BMS to CSS
- BMS to HTML5
- Monolithic to Multitier
- Monolithic to cloud native
- VSAM to modern database
- jcl
- batch
Pitney Bowes Postage Payment System Modernization HP Tandem COBOL to C# on AWS
The Pitney Bowes Postage Payment Application had been running COBOL for decades on an HP NonStop Tandem mainframe, however, to seize the opportunities of the digital cloud age and to reduce overall technical debt, Pitney Bowes needed to modernize the Tandem COBOL to C# .NET Core. Just as important as the code, the HP NonStop Tandem database needed to also be migrated to a modern Microsoft SQL Server database and deployed to AWS. TSRI successfully transformed the application at 99.96% automation, and deployed the modernized application on the AWS cloud.
Customer: Pitney Bowes Inc. Source & Target Language: COBOL to C# .Net Core on AWS Lines of Code: 390,000 Duration: 6 Months Services: Automated Code Transformation (99.96% level of automation), Automated Refactoring, Database Conversion: File based system to a Microsoft SQL Environment, Integration and Testing Support, Transformation Blueprint®, Application "As-Is" Blueprint®,
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- sql
- transformation blueprint
- Platform Migration
- modernization
- Software Code Modernization
- Refactoring
- Code Documentation
- modernize
- migration
- Data
- Data Migration
- assessment
- architecture
- multitier
- Microservices
- Micro Services
- monolithic
- Security Refactoring
- application modernization
- System Modernization
- Object Oriented
- Quality Output
- Asis Blueprint
- Software Modernization
- Modern Architecture
- ArchitectureDriven
- Software Transformation
- transformation
- cloudnative
- containerized
- modularized
- State Contract
- RFI
- RFP
- cobol
- COBOL to C#
- VAX COBOL
- RMS flat file
- database
- Open VMS RMS Flat Files
- to SQL
- to SQL Server environment
- Architecture Driven
- Cloud based
- MS SQL Server
- Microsoft SQL
- COBOL to C# NET Core
- NET Core
- AWS Cloud
- HP NonStop Tandem Mainframe
- mainframe modernization
- Mainframe Migration
- HP Tandem
- HP Nonstop
- Postal System Migration
- Postal System Modernization
- Cost Savings
- Mainframe cost saving
- Cost of ownership
- From Monolithic to multitier
- distributed architecture
VAX Basic to C# - Shaw CBS System
Shaw Cable Systems, one of TSRI's Candian customers, engaged TSRI to modernize their CBS system, which involved 772,684 lines of VMS VAX BASIC source code and 275,707 of VAX Basic comments. The system modernization called for code conversion to C#, along with other services.
Customer: Shaw Cable System Source & Target Language: VMS VAX BASIC to C# Lines of Code: 1.1 Million Duration: 5 months Services: Automated Code Transformation, Automated Refactoring, Separation of the business and data logic into tiers, Integration and Testing Support, Engineering Support, Transformation Blueprint®
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- basic
- sql
- transformation blueprint
- Platform Migration
- modernization
- Software Code Modernization
- Refactoring
- Code Documentation
- modernize
- migration
- Shaw
- Shaw Cable Systems
- VAX Basic
- VAX Basic to C#
- to C#
- CBS System
- code conversion to C#
- Business Logic
- Data Logic
- VAX Documentation
- C# System
- user interface
COBOL Refactoring - State of Oregon OPERS
The Oregon's Public Employees Retirement System (OPERS) serves approximately 300,000 employee members, inactive members and retirees from more than 850 public employers. OPERS required a major maintenance action of the OPERS Benefit Estimation Subsystem (BESS) and Benefit Calculation Subsystem (BCSS) to address changes in Oregon State retirement regulations. TSRI's automated refactoring capability was used to consolidate the applications and remove dead and redundant code.
Customer: State of Oregon Public Employees Retirement System Source & Target Language: COBOL Refactoring Lines of Code: 250,000 Duration: 4 Months Services: JANUS Studio® Automated Refactoring, Testing and Implementation Support, Application Blueprint®
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- transformation blueprint
- modernization
- Software Code Modernization
- Refactoring
- Code Documentation
- modernize
- assessment
- Security Refactoring
- System Modernization
- Object Oriented
- Quality Output
- Asis Blueprint
- Software Modernization
- ArchitectureDriven
- transformation
- State Contract
- RFI
- RFP
- cobol
- oregon
- Retirement System
- Financial System
- Major Maintenance
- Benefit Estimation Sub System
- Benefit Calculation Sub System
- Regulation
- Regulation Changes
- COBOL II
- Redundant Code
- Obsolete code
- Functionally dead
- Dead Code
- Refactor
- Code Refactoring
- Software refactoring
- System consolidation
- new regulations
- refactored application
- Standardize Data Names
- COBOL Refactoring
COBOL Assessment - US Airforce CAMS
The purpose of this effort was to assess the Core Automated Maintenance System (CAMS), a large high profile Air Force logistics system. This assessment was needed to provide comprehensive high-quality "As Is" functional analysis-level UML design documentation to support analysis of business processes and business rules in the system. The final deliverable was delivered on time, and consisted of over a million pages of HTML and Scalable Vector Graphic, with over a hundred million hyperlinks.
Customer: US Air Force Source & Target Language: COBOL Assessment Lines of Code: 3.5 Million Duration: 6 Months Services: Developed web-enables User Interface, Code Transformation, Transactions Flow Analyzed, Application Blueprint®
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- transformation blueprint
- Code Documentation
- Quality Output
- Asis Blueprint
- Modern Architecture
- ArchitectureDriven
- Code Requirements
- Code Quality
- Code conversion
- Functional Equivalent System
- modernized code
- Core Automated Maintenance System
- cams
- assess
- assessment
- Functional analysis
- UML Documentation
- Design Documentation
- Business Logic
- Business Rules
- Business Process
- Integrated Maintenance Depot System
- imds
- Unisys 2200 database
- Unisys DMS
- system design and code
- hierarchical
- codasyl
- data dictionary
- Transaction Flow
- Transaction Flow Analysis
- consolidation
- interoperability of systems
- cobol
- COBOL Assessment
- COBOL code
- UNISYS COBOL
- COBOL Documentation
- Software code documentation
- Unisys Documentation
C to MS-SQL/C - Sempra Energy
Sempra Energy needed to move their Microgrid Control System (MCS) application into a more contemporary environment. The challenge that TSRI and mLogica faced was transforming Sempra Energy's existing Sybase OpenServer platform into a more modern .NET/MS-SQL server environment under strict budget and schedule constraints. The project, which included the modernization, documentation, refactoring, testing, and integration of the application, was successfully concluded on-time and within budget constraints.
Customer: Sempra Energy & mLogica Source & Target Language: C to MS-SQL/C Lines of Code: 211,000 Duration: 4 Months Services: Automated Code Transformation, Automated Refactoring, Round-tripping, Unit Testing, Third Party Code Quality Refactoring, Integration and Testing Support, Transformation Blueprint®, Application Blueprint®
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- sql
- transformation blueprint
- modernization
- Software Code Modernization
- Refactoring
- Code Documentation
- modernize
- migration
- application modernization
- System Modernization
- Quality Output
- Asis Blueprint
- Software Modernization
- Modern Architecture
- ArchitectureDriven
- Software Transformation
- transformation
- Code Requirements
- Avionics Standards
- Testing and Integration
- Manual Rewrite
- Code Quality
- Sempra Energy
- Sybase
- OpenServer
- C code
- Energy System
- Microgrid
- Sybase OpenServer
- NET/MSSQL
- MSSQL
- MS SQL
- CS library
- C data structures
- C dependencies
- Code conversion
- Functional Equivalent System
- maintenance
- new developers
- modernized code
- OpenServer to NET/MSSQL
- net
- C to MSSQL
- Roundtrip
- roundtripping
- C utility functions
- Server Compatable C
MUMPS to Java HRG MGS TAPS CHCS
TSRI, contracted withHawaii Research Group (HRG), supported the task of finding the subset of code within CHCS and use its innovative JANUS Studio® toolset to automatically transform the legacy code to modern code.
- Customer: HRG
- Source & Target Language: MUMPS to Java
- Lines of Code: 1,000,000
- Duration: 4 months
JOVIAL to C++ Boeing ALCA ITAP
TSRI was asked to assist The Boeing Company to modernize the ALCA Integrated Tactical Avionics Program (ITAP). ITAP, originally a real-time embedded J73 JOVIAL program, required transformation to modern C++. The transformed version of ITAP needed to exhibit real-time performance equal to or better than the original system with platform independence. By converting the J73 JOVIAL into C++, Boeing reduced future maintenance costs with the availability of modern software development environments and greater flexibility in its choice of hardware upgrades.
- Customer: Boeing
- Source & Target Language: JOVIAL to C++
- Duration: 3 months
- Services: Automated Code Transformation, Code Documentation, Assessment
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