Category:Order: Difference between revisions
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'''Order''' is a high-level, functional programming language implemented entirely using the C preprocessor. It provides a full programming language for metaprogramming in C (or any other environment where the C preprocessor can be used). A debugging environment and line-by-line evaluator are also included. Rather than building a library of macros to solve specific metaprogramming problems individually, Order-PP implements a continuation-based virtual machine which then interprets the high-level Order language. |
'''Order''' is a high-level, functional programming language implemented entirely using the [[C]] preprocessor. It provides a full programming language for [[metaprogramming]] in C (or any other environment where the C preprocessor can be used). A debugging environment and line-by-line evaluator are also included. Rather than building a library of macros to solve specific metaprogramming problems individually, Order-PP implements a continuation-based virtual machine which then interprets the high-level Order language. |
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Order is based primarily on |
Order is based primarily on lambda calculus, and is vaguely similar in semantics to languages such as ML or [[Scheme]], offering first-class functions with partial application, lexical scope, first-class continuations, arbitrary-precision arithmetic, and built-in operators for compound types. |
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Order requires some components from its sister project, Chaos (included in the download), to also be installed, although it is not primarily based on it. Order also requires a standard-conforming C99 preprocessor, and has absolutely no workarounds for non-conformance - currently, only GCC is confirmed to work with all examples. |
Order requires some components from its sister project, Chaos (included in the download), to also be installed, although it is not primarily based on it. Order also requires a standard-conforming [[C99]] preprocessor, and has absolutely no workarounds for non-conformance - currently, only [[GCC]] is confirmed to work with all examples. |
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==See Also== |
==See Also== |
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Revision as of 20:25, 10 November 2011
This programming language may be used to instruct a computer to perform a task.
| Execution method: | Interpreted |
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| Garbage collected: | Yes |
| Parameter passing methods: | By value |
| Type safety: | Unsafe |
| Type checking: | Dynamic |
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Order is a high-level, functional programming language implemented entirely using the C preprocessor. It provides a full programming language for metaprogramming in C (or any other environment where the C preprocessor can be used). A debugging environment and line-by-line evaluator are also included. Rather than building a library of macros to solve specific metaprogramming problems individually, Order-PP implements a continuation-based virtual machine which then interprets the high-level Order language.
Order is based primarily on lambda calculus, and is vaguely similar in semantics to languages such as ML or Scheme, offering first-class functions with partial application, lexical scope, first-class continuations, arbitrary-precision arithmetic, and built-in operators for compound types.
Order requires some components from its sister project, Chaos (included in the download), to also be installed, although it is not primarily based on it. Order also requires a standard-conforming C99 preprocessor, and has absolutely no workarounds for non-conformance - currently, only GCC is confirmed to work with all examples.
See Also
Subcategories
This category has the following 3 subcategories, out of 3 total.
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- Order examples needing attention (empty)
- Order Implementations (empty)
- Order User (2 P)
Pages in category "Order"
The following 27 pages are in this category, out of 27 total.