fif.stdlib.compile — fif-lang/fif 1.3.2

Defines the two main modes, compile-mode and function-mode, which are used to define new word definitions, and to invoke word definitions with their own word definition scope.

compile-mode is called when a function is first defined with arg-start-token, and this compilation mode is finished upon reaching the end of the new definition defined by arg-end-token.

function-mode is entered when a word definition is invoked from the code queue.

arg-end-function-token clj/s

arg-end-token clj/s

arg-start-token clj/s

compile-mode clj/s

(compile-mode sm)

Represents the compilation mode

compile-mode-flag clj/s

enter-compile-mode clj/s

(enter-compile-mode sm stash)

exit-compile-mode clj/s

(exit-compile-mode sm)

function-mode clj/s

(function-mode sm)

function-mode-flag clj/s

import-stdlib-compile-mode clj/s

(import-stdlib-compile-mode sm)

inner-compile-mode clj/s

(inner-compile-mode sm)

inner-compile mode is used to circumvent issues with inner function definitions. It is used to ignore these inner function definitions by placing them into a new mode of operation where it places the word values onto the stack.

inner-compile-mode-flag clj/s

start-defn clj/s

(start-defn sm)

We retrieved the start-token word, and we push it onto the stack and set our compile flag

wrap-compiled-fn clj/s

(wrap-compiled-fn wbody)

Used to wrap a word definition for use within the stack machine. wbody is a collection of words which make up the word definition. This function is then placed within the stack machine using fif.stack-machine/set-word.

Notes:

• Note that invoking this wrapper, places the stack machine in the function-mode, which creates a new scope. This scope serves the purpose of storing local variables for that function, until it leaves function-mode.