Compilers and Conformity
Why Certify Ada Compilers?
The language’s designers realized that compiler testing is critical to Ada’s success. Testing compilers for translating “proper Ada” actually predates the first Ada standard of 1983. The designers intended the language, initially used in large embedded systems, to be dependable, reusable, portable, maintainable, and legible. Many different programmers working toward the same goal had to simultaneously write, reuse, and integrate software components. After being fielded, the systems were assumed to have a long life during which they would port to many different hardware systems.
Ada 95 and Ada 2005 continue this emphasis on high reliability. The language is used for most modern aircraft fly-by-wire controls and new air traffic control systems, as well as rail transportation systems and satellites. To realize its purpose, Ada must execute reliably across platforms and national borders. In other words, it must be standardized.
If Ada compilers translated dialects, not only would safety-critical verification of the software be difficult, but also the software would not be reusable, universally legible, or as maintainable. Today, the Ada Conformity Assessment Authority (ACAA) safeguards the procedures for testing Ada compilers’ translations against the ISO standard.
Ada 95 Conforming Processors List (CPL)
- Browse the Ada 95 Certified Processors List
- Standard Ada 95 CPL Report
- Current Ada 95 CPL Report
- Complete Ada 95 CPL Report
