d209a18121
* mes.c (type): Add REF. (scm_t): Add ref, change vector to *scm_t. Update users. (alloc): New function. (cons, make_char, make_macro, make_number, make_string, internal_make_symbol, make_vector): Use it. (make_ref): New function. (vector_entry): New function. (make_vector, list_to_vector, vector_set_x): Use it. (vector_ref): Dereference REF entry. (display_helper): Handle REF. * lib.c (vector_to_list): Handle REF. * type.c (ref_p): New function. * tests/vector.test (vector list): New test. Bugfix vector-ref. * mes.c (vector-ref): Make copies of simple values. Fixes lalr. * tests/vector.test (vector-set! 3): New test. |
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build-aux | ||
doc/examples | ||
guile | ||
make | ||
module | ||
scripts | ||
tests | ||
.gitignore | ||
ANNOUNCE | ||
ANNOUNCE-2 | ||
AUTHORS | ||
configure | ||
COPYING | ||
define.c | ||
GNUmakefile | ||
guix.scm | ||
HACKING | ||
INSTALL | ||
lib.c | ||
math.c | ||
mes.c | ||
NEWS | ||
quasiquote.c | ||
README | ||
string.c | ||
type.c |
-*- org -*- Mes -- Maxwell Equations of Software Mes aims to create an entirely source-based bootstrapping path. The target is to [have GuixSD] boostrap from a minimal, easily inspectable binary --that should be readable as source-- into something close to R6RS Scheme. As bootstrapping is presumably easiest and probably most fun with Scheme, the next step for Mes is mescc: a C compiler/linker to boostrap into GNU Gcc and GNU Guile, possibly via Tiny-CC. Mes is inspired by The Maxwell Equations of Software: [[http://www.softwarepreservation.org/projects/LISP/book/LISP%25201.5%2520Programmers%2520Manual.pdf][LISP-1.5]] -- John McCarthy page 13. Mes is free software, it is distributed unde the terms of the GNU General Public Licence version 3 or later. See the file COPYING. * Get it git clone https://gitlab.com/janneke/mes * Build it (see INSTALL for full instructions) ./configure make all make check * REPL it scripts/repl.mes * Mescc compiler scripts/mescc.mes doc/examples/main.c