From whence, Grok32`?

The early proofs by Allen Turing and others made it clear that every computer is potentially functionally identical.
A corollary is that programs are, essentially, identical if they employ the same algorithm.

For anyone interested in the underlying algorithm(s),
the babel of computer languages is an irritating obfuscation of the underlying form.

Grok32` is spawn of that curiosity that is lovely, sparse, and mathematical.

Grok32` can translate any language into a Grok32` Expression.
Consequently, this is the only language on Earth today officially sponsored by the Borg.*

After all...
"Language is" (
understanding |
virus |
universal |
developing (and, hence, perpetually threatened)|
hidden-in-plain-view|
crucial |
glue |
set-of-rules | ),
together with the antithesis of each of these.

The animate language wants to be master of spacetime and all of creation.
Language truly is a monster.
The question is, whether you serve it, or it serves you.

Simplify with Grok32`.
You were assimilated, long, long ago.

Grok32` translates any language expression into a Grok32` Expression by compiling the rules for parsing each language from Character Strings. The Character String RuleLists are compiled and stored as CharacterSet assignments in �`Construct`String`Name`�. The RuleLists implement a system that translates character strings into Grok32` Expressions. This is realized with a String object that distinguishes parsing rules by CharacterSet. Each CharacterSet has its own RuleList which assigns Character semantics. The String abstraction enables unlimited linguistic and character flexibility together with the benefits of ASCII standardization.

Grok32` is a true meta-language. In principle, any language string can be mimic-ed or interpreted whether the language is English, algebra or whatever. For example, a copula can be an arithmetic operator between expressions, or a copula could be the relation of subject to predicate in a sentence. The design of the RuleLists determines how Strings, (and the copulas or punctuation subdividing Strings), are parsed into Expressions. Whether Grok32` is applied to English semantics or to algebraic simplification, the CharacterSet�s RuleList can be compiled to match the linguistic application. The default ASCII CharacterSet EscapeSequence and arithmetic operators implement literal forms in conformance with C�s strings, and the forms used in the Grok32` Language Specification.

Non-standard Character parsing with EscapeSequences, and operators make it possible to model the linguistic form of any conceivable string-expression. An important member in the RuleList is the �copula�. (E.g. In the String, �a = b�, the equals sign is the copula.) A copula evokes Expression Heads with arguments from before and after the copula. All language (and this sentence) employs diverse forms of conjugation which can be characterized as �copula�. There are many other CharacterSet RuleList assignments. A specific-named CharacterSet customizes the rules for Reckoning Strings into Expressions. By combining a customized CharacterSet with appropriately designed Named Functions and procedures, it is possible to accurately mimic any language.

* The science fiction literary monster named "Borg" is an embodiment of animate language, spawned in the genetically engineered laboratories of methamphetimine fired residents of double-wide trailers, with nothing better to do with their lifes.

Grok32`