7. A method for automatically generating sentences in a computer programming language, comprising the steps of: inputting a grammar and an exploration specification, and creating a plurality of trees for a plurality of productions in said grammar; selecting and adding said plurality of trees of said grammar to a list of terminal and non-terminal symbols; recursively attaching a plurality of iterators to a plurality of nodes of said plurality of trees in said list based on said exploration specification; and exploring and traversing said plurality of trees using said plurality of iterators set in each trees in order to obtain a plurality of sentences of a language.
7. A method for automatically generating sentences in a computer programming language, comprising the steps of: inputting a grammar and an exploration specification, and creating a plurality of trees for a plurality of productions in said grammar; selecting and adding said plurality of trees of said grammar to a list of terminal and non-terminal symbols; recursively attaching a plurality of iterators to a plurality of nodes of said plurality of trees in said list based on said exploration specification; and exploring and traversing said plurality of trees using said plurality of iterators set in each trees in order to obtain a plurality of sentences of a language. 9. The method of claim 7 , wherein said plurality of iterators explores said plurality of nodes of said plurality of trees.