;;; installed-scm-file
-;;;; Copyright (C) 1995,1996,1997,1998,1999,2000,2001,2002, 2003, 2004 Free Software Foundation, Inc.
+;;;; Copyright (C) 1995,1996,1997,1998,1999,2000,2001,2002,2003,2004
+;;;; Free Software Foundation, Inc.
;;;;
;;;; This library is free software; you can redistribute it and/or
;;;; modify it under the terms of the GNU Lesser General Public
;;;; License along with this library; if not, write to the Free Software
;;;; Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
;;;;
+
\f
;;; Commentary:
;;; Code:
\f
-;;; {Deprecation}
-;;;
-;; We don't have macros here, but we do want to define
-;; `begin-deprecated' early.
-
-(define begin-deprecated
- (procedure->memoizing-macro
- (lambda (exp env)
- (if (include-deprecated-features)
- `(begin ,@(cdr exp))
- `#f))))
-
-\f
;;; {Features}
-;;
+;;;
(define (provide sym)
(if (not (memq sym *features*))
(set! *features* (cons sym *features*))))
-;;; Return #t iff FEATURE is available to this Guile interpreter.
-;;; In SLIB, provided? also checks to see if the module is available.
-;;; We should do that too, but don't.
+;; Return #t iff FEATURE is available to this Guile interpreter. In SLIB,
+;; provided? also checks to see if the module is available. We should do that
+;; too, but don't.
+
(define (provided? feature)
(and (memq feature *features*) #t))
-(begin-deprecated
- (define (feature? sym)
- (issue-deprecation-warning
- "`feature?' is deprecated. Use `provided?' instead.")
- (provided? sym)))
+;; let format alias simple-format until the more complete version is loaded
-;;; let format alias simple-format until the more complete version is loaded
(define format simple-format)
\f
-;;; {R4RS compliance}
-(primitive-load-path "ice-9/r4rs.scm")
+;;; {EVAL-CASE}
+;;;
+
+;; (eval-case ((situation*) forms)* (else forms)?)
+;;
+;; Evaluate certain code based on the situation that eval-case is used
+;; in. The only defined situation right now is `load-toplevel' which
+;; triggers for code evaluated at the top-level, for example from the
+;; REPL or when loading a file.
+
+(define eval-case
+ (procedure->memoizing-macro
+ (lambda (exp env)
+ (define (toplevel-env? env)
+ (or (not (pair? env)) (not (pair? (car env)))))
+ (define (syntax)
+ (error "syntax error in eval-case"))
+ (let loop ((clauses (cdr exp)))
+ (cond
+ ((null? clauses)
+ #f)
+ ((not (list? (car clauses)))
+ (syntax))
+ ((eq? 'else (caar clauses))
+ (or (null? (cdr clauses))
+ (syntax))
+ (cons 'begin (cdar clauses)))
+ ((not (list? (caar clauses)))
+ (syntax))
+ ((and (toplevel-env? env)
+ (memq 'load-toplevel (caar clauses)))
+ (cons 'begin (cdar clauses)))
+ (else
+ (loop (cdr clauses))))))))
\f
-;;; {Deprecated stuff}
-(begin-deprecated
- (primitive-load-path "ice-9/deprecated.scm"))
+;;; {Defmacros}
+;;;
+;;; Depends on: features, eval-case
+;;;
+
+(define macro-table (make-weak-key-hash-table 61))
+(define xformer-table (make-weak-key-hash-table 61))
+
+(define (defmacro? m) (hashq-ref macro-table m))
+(define (assert-defmacro?! m) (hashq-set! macro-table m #t))
+(define (defmacro-transformer m) (hashq-ref xformer-table m))
+(define (set-defmacro-transformer! m t) (hashq-set! xformer-table m t))
+
+(define defmacro:transformer
+ (lambda (f)
+ (let* ((xform (lambda (exp env)
+ (copy-tree (apply f (cdr exp)))))
+ (a (procedure->memoizing-macro xform)))
+ (assert-defmacro?! a)
+ (set-defmacro-transformer! a f)
+ a)))
+
+
+(define defmacro
+ (let ((defmacro-transformer
+ (lambda (name parms . body)
+ (let ((transformer `(lambda ,parms ,@body)))
+ `(eval-case
+ ((load-toplevel)
+ (define ,name (defmacro:transformer ,transformer)))
+ (else
+ (error "defmacro can only be used at the top level")))))))
+ (defmacro:transformer defmacro-transformer)))
+
+(define defmacro:syntax-transformer
+ (lambda (f)
+ (procedure->syntax
+ (lambda (exp env)
+ (copy-tree (apply f (cdr exp)))))))
+
+
+;; XXX - should the definition of the car really be looked up in the
+;; current module?
+
+(define (macroexpand-1 e)
+ (cond
+ ((pair? e) (let* ((a (car e))
+ (val (and (symbol? a) (local-ref (list a)))))
+ (if (defmacro? val)
+ (apply (defmacro-transformer val) (cdr e))
+ e)))
+ (#t e)))
+
+(define (macroexpand e)
+ (cond
+ ((pair? e) (let* ((a (car e))
+ (val (and (symbol? a) (local-ref (list a)))))
+ (if (defmacro? val)
+ (macroexpand (apply (defmacro-transformer val) (cdr e)))
+ e)))
+ (#t e)))
+
+(provide 'defmacro)
\f
-;;; {Simple Debugging Tools}
-;;
+;;; {Deprecation}
+;;;
+;;; Depends on: defmacro
+;;;
+
+(defmacro begin-deprecated forms
+ (if (include-deprecated-features)
+ (cons begin forms)
+ #f))
+
+\f
+
+;;; {R4RS compliance}
+;;;
+
+(primitive-load-path "ice-9/r4rs.scm")
+
+\f
+;;; {Simple Debugging Tools}
+;;;
;; peek takes any number of arguments, writes them to the
;; current ouput port, and returns the last argument.
(car (last-pair stuff)))))
\f
+
;;; {Trivial Functions}
;;;
(define (apply-to-args args fn) (apply fn args))
+(defmacro false-if-exception (expr)
+ `(catch #t (lambda () ,expr)
+ (lambda args #f)))
+
+\f
+
+;;; {General Properties}
+;;;
+
+;; This is a more modern interface to properties. It will replace all
+;; other property-like things eventually.
+
+(define (make-object-property)
+ (let ((prop (primitive-make-property #f)))
+ (make-procedure-with-setter
+ (lambda (obj) (primitive-property-ref prop obj))
+ (lambda (obj val) (primitive-property-set! prop obj val)))))
+
\f
;;; {Symbol Properties}
(if pair
(symbol-pset! sym (delq! pair (symbol-pref sym))))))
-;;; {General Properties}
-;;;
-
-;; This is a more modern interface to properties. It will replace all
-;; other property-like things eventually.
-
-(define (make-object-property)
- (let ((prop (primitive-make-property #f)))
- (make-procedure-with-setter
- (lambda (obj) (primitive-property-ref prop obj))
- (lambda (obj val) (primitive-property-set! prop obj val)))))
-
\f
;;; {Arrays}
(primitive-load-path "ice-9/arrays.scm"))
\f
+
;;; {Keywords}
;;;
\f
;;; {Structs}
+;;;
(define (struct-layout s)
(struct-ref (struct-vtable s) vtable-index-layout))
\f
-;;; Environments
+;;; {Environments}
+;;;
(define the-environment
(procedure->syntax
(and closure (procedure-property closure 'module))))
\f
+
;;; {Records}
;;;
(provide 'record)
\f
+
;;; {Booleans}
;;;
(define (->bool x) (not (not x)))
\f
+
;;; {Symbols}
;;;
(string->symbol (apply string args)))
\f
+
;;; {Lists}
;;;
(loop (cons init answer) (- n 1)))))
\f
+
;;; {and-map and or-map}
;;;
;;; (and-map fn lst) is like (and (fn (car lst)) (fn (cadr lst)) (fn...) ...)
#f))
\f
+
;;; {Error Handling}
;;;
(putenv name))
\f
+
;;; {Load Paths}
;;;
file)))
\f
+
;;; {Help for scm_shell}
+;;;
;;; The argument-processing code used by Guile-based shells generates
;;; Scheme code based on the argument list. This page contains help
;;; functions for the code it generates.
+;;;
(define (command-line) (program-arguments))
(primitive-load init-file))))
\f
+
;;; {Loading by paths}
+;;;
;;; Load a Scheme source file named NAME, searching for it in the
;;; directories listed in %load-path, and applying each of the file
\f
+
;;; {Transcendental Functions}
;;;
;;; Derived from "Transcen.scm", Complex trancendental functions for SCM.
;;; {Reader Extensions}
;;;
-
;;; Reader code for various "#c" forms.
;;;
"#. read expansion found and read-eval? is #f."))))
\f
+
;;; {Command Line Options}
;;;
;;;
\f
+
;;; {Printing Modules}
+;;;
+
;; This is how modules are printed. You can re-define it.
;; (Redefining is actually more complicated than simply redefining
;; %print-module because that would only change the binding and not
;; is a (CLOSURE module symbol) which, as a last resort, can provide
;; bindings that would otherwise not be found locally in the module.
;;
-;; NOTE: If you change here, you also need to change libguile/modules.h.
+;; NOTE: If you change anything here, you also need to change
+;; libguile/modules.h.
;;
(define module-type
(make-record-type 'module
(set-procedure-property! closure 'module module))))
\f
+
;;; {Observer protocol}
;;;
(hash-fold (lambda (id proc res) (proc m)) #f (module-weak-observers m)))
\f
+
;;; {Module Searching in General}
;;;
;;; We sometimes want to look for properties of a symbol
\f
+
;;; {Adding Variables to Modules}
;;;
-;;;
-
;; module-make-local-var! module symbol
;;
\f
+
;;; {Module-based Loading}
;;;
\f
+
;;; {MODULE-REF -- exported}
-;;
+;;;
+
;; Returns the value of a variable called NAME in MODULE or any of its
;; used modules. If there is no such variable, then if the optional third
;; argument DEFAULT is present, it is returned; otherwise an error is signaled.
(module-modified module)))
\f
+
;;; {Recursive Namespaces}
;;;
-;;;
;;; A hierarchical namespace emerges if we consider some module to be
;;; root, and variables bound to modules as nested namespaces.
;;;
\f
+
;;; {The (app) module}
;;;
;;; The root of conventionally named objects not directly in the top level.
;; module.
(define module-defined-hook (make-hook 1))
+\f
+
;;; {Autoload}
+;;;
(define (make-autoload-interface module name bindings)
(let ((b (lambda (a sym definep)
(define load-compiled #f)
\f
+
;;; {Autoloading modules}
+;;;
(define autoloads-in-progress '())
didit))))
\f
-;;; Dynamic linking of modules
+
+;;; {Dynamic linking of modules}
+;;;
(define autoloads-done '((guile . guile)))
(set! autoloads-done (delete! n autoloads-done))
(set! autoloads-in-progress (delete! n autoloads-in-progress)))))
-
-
-\f
-;; {EVAL-CASE}
-;;
-;; (eval-case ((situation*) forms)* (else forms)?)
-;;
-;; Evaluate certain code based on the situation that eval-case is used
-;; in. The only defined situation right now is `load-toplevel' which
-;; triggers for code evaluated at the top-level, for example from the
-;; REPL or when loading a file.
-
-(define eval-case
- (procedure->memoizing-macro
- (lambda (exp env)
- (define (toplevel-env? env)
- (or (not (pair? env)) (not (pair? (car env)))))
- (define (syntax)
- (error "syntax error in eval-case"))
- (let loop ((clauses (cdr exp)))
- (cond
- ((null? clauses)
- #f)
- ((not (list? (car clauses)))
- (syntax))
- ((eq? 'else (caar clauses))
- (or (null? (cdr clauses))
- (syntax))
- (cons 'begin (cdar clauses)))
- ((not (list? (caar clauses)))
- (syntax))
- ((and (toplevel-env? env)
- (memq 'load-toplevel (caar clauses)))
- (cons 'begin (cdar clauses)))
- (else
- (loop (cdr clauses))))))))
-
-\f
-;;; {Macros}
-;;;
-
-(define (primitive-macro? m)
- (and (macro? m)
- (not (macro-transformer m))))
-
-;;; {Defmacros}
-;;;
-(define macro-table (make-weak-key-hash-table 61))
-(define xformer-table (make-weak-key-hash-table 61))
-
-(define (defmacro? m) (hashq-ref macro-table m))
-(define (assert-defmacro?! m) (hashq-set! macro-table m #t))
-(define (defmacro-transformer m) (hashq-ref xformer-table m))
-(define (set-defmacro-transformer! m t) (hashq-set! xformer-table m t))
-
-(define defmacro:transformer
- (lambda (f)
- (let* ((xform (lambda (exp env)
- (copy-tree (apply f (cdr exp)))))
- (a (procedure->memoizing-macro xform)))
- (assert-defmacro?! a)
- (set-defmacro-transformer! a f)
- a)))
-
-
-(define defmacro
- (let ((defmacro-transformer
- (lambda (name parms . body)
- (let ((transformer `(lambda ,parms ,@body)))
- `(eval-case
- ((load-toplevel)
- (define ,name (defmacro:transformer ,transformer)))
- (else
- (error "defmacro can only be used at the top level")))))))
- (defmacro:transformer defmacro-transformer)))
-
-(define defmacro:syntax-transformer
- (lambda (f)
- (procedure->syntax
- (lambda (exp env)
- (copy-tree (apply f (cdr exp)))))))
-
-
-;; XXX - should the definition of the car really be looked up in the
-;; current module?
-
-(define (macroexpand-1 e)
- (cond
- ((pair? e) (let* ((a (car e))
- (val (and (symbol? a) (local-ref (list a)))))
- (if (defmacro? val)
- (apply (defmacro-transformer val) (cdr e))
- e)))
- (#t e)))
-
-(define (macroexpand e)
- (cond
- ((pair? e) (let* ((a (car e))
- (val (and (symbol? a) (local-ref (list a)))))
- (if (defmacro? val)
- (macroexpand (apply (defmacro-transformer val) (cdr e)))
- e)))
- (#t e)))
-
-(provide 'defmacro)
-
\f
;;; {Run-time options}
+;;;
(define define-option-interface
(let* ((option-name car)
\f
+
;;; {IOTA functions: generating lists of numbers}
+;;;
(define (iota n)
(let loop ((count (1- n)) (result '()))
(loop (1- count) (cons count result)))))
\f
+
;;; {collect}
;;;
;;; Similar to `begin' but returns a list of the results of all constituent
;;; forms instead of the result of the last form.
;;; (The definition relies on the current left-to-right
;;; order of evaluation of operands in applications.)
+;;;
(defmacro collect forms
(cons 'list forms))
+\f
+
;;; {with-fluids}
+;;;
;; with-fluids is a convenience wrapper for the builtin procedure
;; `with-fluids*'. The syntax is just like `let':
;; coaxing
;;
+(define (primitive-macro? m)
+ (and (macro? m)
+ (not (macro-transformer m))))
+
(defmacro define-macro (first . rest)
(let ((name (if (symbol? first) first (car first)))
(transformer
(else
(error "define-syntax-macro can only be used at the top level")))))
+\f
+
;;; {While}
;;;
;;; with `continue' and `break'.
\f
+
;;; {Module System Macros}
;;;
var))
\f
+
;;; {Parameters}
;;;
(make fluid converter)))))
\f
+
;;; {Handling of duplicate imported bindings}
;;;
;;; guile r5rs srfi-0
;;;
;;; Remember to update the features list when adding more SRFIs.
+;;;
(define %cond-expand-features
;; Adjust the above comment when changing this.
\f
;;; {Load emacs interface support if emacs option is given.}
+;;;
(define (named-module-use! user usee)
(module-use! (resolve-module user) (resolve-interface usee)))
(cdr old-handler))))
signals old-handlers))))))
-(defmacro false-if-exception (expr)
- `(catch #t (lambda () ,expr)
- (lambda args #f)))
-
;;; This hook is run at the very end of an interactive session.
;;;
(define exit-hook (make-hook))
\f
(append! %load-path (list "."))
-;; Place the user in the guile-user module.
-;;
+\f
+
+;;; {Deprecated stuff}
+;;;
+
+(begin-deprecated
+ (define (feature? sym)
+ (issue-deprecation-warning
+ "`feature?' is deprecated. Use `provided?' instead.")
+ (provided? sym)))
+
+(begin-deprecated
+ (primitive-load-path "ice-9/deprecated.scm"))
+
+\f
+
+;;; Place the user in the guile-user module.
+;;;
(define-module (guile-user))
HCoop / bpt / guile.git / commitdiff