This file describes the bicycle lane and railway track into the future of this repository.
- Single user RDBMS as storage system (SQLITE)
- Support for (at least) 1 programming language, in 1 familiy, in 1 dialect and 1 flavour (GNU C - C11)
- Support for (at least) 1 architecture / OS (Ubuntu 18.04 / Linux ...)
- Support for (at least) 1 national language / character set
- Command-line interface only
- Various accompanying tools
- Multiple concurrent users on an RDBMS supporting it (MySQL / MariaDB / PostgreSQL)
- Support for multiple programming languages in different families, dialects and flavours (minimal: C, C++, Rust, Java, Python)
- Support for multiple architectures / OS's (minimal: Linux, Windows, Mac)
- Support for multiple national languages / charsets (minimal: Eur. languages - FRA, GER, ENG, SPA, POR, SWE, FIN, ITA - Asian languages - CHN, KOR, JAP, THA, MAL, IND, HIN - MeNa languages - ARA, FAR)
- Graphical user-interface
- Graphical reporting
- Extended toolset
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Transactional database SERIALIZABLE
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Extended support for all major architectures / platforms / OS's
-
Extended support for aditional programming languages, covering all major programming paradigms, including:
Concatenative languages: Forth, Factor
Functional languages: Haskell, Lisp, Scheme, J, K, APL, Erlang, F#
Object-oriented: C#, Eiffel, D, Ruby
Dataflow: Lucid
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Legacy support for older prog. lang (COBOL, FORTRAN, ALGOL60/68)
-
Full national language & characterset support for all major languages and character sets. (Adding east-eur languages, like Greek, Serbian, Kroatian, Romanian, Bulgarian, Polish, Chech, Ukranian, Russian, African languages like Amhara, Swahili, Asian languages like Birmese, Tamil, Vietnamese).
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Extended (graphical) user-interface & tool-set
- Initial documentation describing the general concept & principles of RSMS and OPM and comparsion with:
- Intentional Programming (IP)
- Traditional build systems
- Traditional version systems
- Investigation of the most important aspects of:
- Hardware / architecture / OS /platforms
- National languages and charactersets
- Programming languages
- Build systems
- Version systems
First step in the implementation is to develop a provisional data-model for OPM (the core system) and add-on systems (like Issue Tracking, Change Management).
It wil consist of at least:
- Hardware, architecture and operating system & environment RSMS can be used on and built on.
- The build-system
- The version-system
- Programming language support (parser/lexer)
Outcomes:
- E/R definitions & diagrams
- Table design
...