| Commit message (Collapse) | Author | Age | Files | Lines |
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(tprint): New function.
(eval_init): Register tprint as intrinsic.
* eval.h (prinl, pprinl, tprint): Declared.
* txr.c (txr_main): New option, -t.
* txr.1: Documented tprint and -t option.
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* eval.c (last_form_expanded): New variable.
(do_expand): New static function; contains previous expand
function.
(expand): Becomes a wrapper for do_expand, with re-entry
counting.
(eval_init): GC-protect last_form_expanded.
* eval.h (last_form_expanded): Declared.
* parser.l (regex_parse, lisp_parse): Just use a simple word for
the name of the regex or string parse location, not the entire
expression itself.
* unwind.c (uw_throw): Check whether expansion was going on
when the unhandled exception was thrown and print additional
information.
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* arith.c, arith.h, combi.c, combi.h, debug.c, debug.h, eval.c, eval.h,
filter.c, filter.h, gc.c, gc.h, hash.c, hash.h, lib.c, lib.h,
match.c, match.h, parser.h, rand.c, rand.h, regex.c, regex.h,
signal.c, signal.h, stream.c, stream.h, sysif.c, sysif.h, syslog.c,
syslog.h, txr.c, txr.h, unwind.c, unwind.h, utf8.c, utf8.h:
Update.
* LICENSE, METALICENSE: Likewise.
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debug.h, eval.c, eval.h, filter.c, filter.h, gc.c, gc.h, hash.c,
hash.h, lib.c, lib.h, match.c, match.h, parser.h, parser.l, parser.y,
rand.c, rand.h, regex.c, regex.h, signal.c, signal.h, stream.c,
stream.h, syslog.c, syslog.h, txr.c, txr.h, unwind.c, unwind.h,
utf8.c, utf8.h: Synchronize license header with LICENSE.
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GC. The issue being solved here is the accuracy of the gc_set function.
The existing impelmentation is too conservative. It has no generation
information about the memory location being stored, and so it assumes
the worst: that it is a location in the middle of a gen 1 object.
This is sub-optimal, creating unacceptable pressure against the
checkobj array and, worse, as a consequence causing unreachable gen 0
objects to be tenured into gen 1.
To solve this problem, we replace "val *" pointers with a structure
of type "loc" which keeps track of the object too, which lets us
discover the generation.
I tried another approach: using just a pointer with a bitfield
indicating the generation. This turned out to have a serious issue:
such a bitfield goes stale when the object is moved to a different
generation. The object holding the memory location is in gen 1, but the
annotated pointer still indicates gen 0. The gc_set function then
makes the wrong decision, and premature reclamation takes place.
* combi.c (perm_init_common, comb_gen_fun_common,
rcomb_gen_fun_common, rcomb_list_gen_fun): Update to new interfaces
for managing mutation.
* debug.c (debug): Update to new interfaces for managing mutation.
Avoid loc variable name.
* eval.c (env_fbind, env_fbind): Update to new interfaces
for managing mutation.
(lookup_var_l, dwim_loc): Return loc type and update to new interfaces.
(apply_frob_args, op_modplace, op_dohash, transform_op, mapcarv,
mappendv, repeat_infinite_func, repeat_times_func): Update to new
interfaces for managing mutation.
* eval.h (lookup_var_l): Declaration updated.
* filter.c (trie_add, trie_compress, trie_compress_intrinsic,
* build_filter, built_filter_from_list, filter_init): Update to new
* interfaces.
* gc.c (gc_set): Rewritten to use loc type which provides the exact
generation. We do not need the in_malloc_range hack any more, since
we have the backpointer to the object.
(gc_push): Take loc rather than raw pointer.
* gc.h (gc_set, gc_push): Declarations updated.
* hash.c (struct hash): The acons* functions use loc instead
of val * now.
(hash_equal_op, copy_hash, gethash_c, inhash, gethash_n, pushhash,
Change to how locations are passed around, for the sake of generational
GC. The issue being solved here is the accuracy of the gc_set function.
The existing impelmentation is too conservative. It has no generation
information about the memory location being stored, and so it assumes
the worst: that it is a location in the middle of a gen 1 object.
This is sub-optimal, creating unacceptable pressure against the
checkobj array and, worse, as a consequence causing unreachable gen 0
objects to be tenured into gen 1.
To solve this problem, we replace "val *" pointers with a structure
of type "loc" which keeps track of the object too, which lets us
discover the generation.
I tried another approach: using just a pointer with a bitfield
indicating the generation. This turned out to have a serious issue:
such a bitfield goes stale when the object is moved to a different
generation. The object holding the memory location is in gen 1, but the
annotated pointer still indicates gen 0. The gc_set function then
makes the wrong decision, and premature reclamation takes place.
* combi.c (perm_init_common, comb_gen_fun_common,
rcomb_gen_fun_common, rcomb_list_gen_fun): Update to new interfaces
for managing mutation.
* debug.c (debug): Update to new interfaces for managing mutation.
Avoid loc variable name.
* eval.c (env_fbind, env_fbind): Update to new interfaces
for managing mutation.
(lookup_var_l, dwim_loc): Return loc type and update to new interfaces.
(apply_frob_args, op_modplace, op_dohash, transform_op, mapcarv,
mappendv, repeat_infinite_func, repeat_times_func): Update to new
interfaces for managing mutation.
* eval.h (lookup_var_l): Declaration updated.
* filter.c (trie_add, trie_compress, trie_compress_intrinsic,
* build_filter, built_filter_from_list, filter_init): Update to new
* interfaces.
* gc.c (gc_set): Rewritten to use loc type which provides the exact
generation. We do not need the in_malloc_range hack any more, since
we have the backpointer to the object.
(gc_push): Take loc rather than raw pointer.
* gc.h (gc_set, gc_push): Declarations updated.
* hash.c (struct hash): The acons* functions use loc instead
of val * now.
(hash_equal_op, copy_hash, gethash_c, inhash, gethash_n, pushhash,
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* eval.h (apply_intrinsic, lazy_mapcar): Declarations added.
* stream.c (open_files, open_file_star): New functions.
(stream_init): Registered new functions as intrinsics.
* txr.1: Documented open-files and open-files*. Added to make-catenated-stream documentation.
* genvim.txr: Replace bunch of code with open-files.
* txr.vim: Regenerated.
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re-binding. C code now has to go through the dynamic environment lookup
to access things like *random-state*, or *stdout*. As part of this,
I'm moving some intrinsic variable and function initializations out of
eval.c and into their respective modules. Macros are are used to make
global variables look like ordinary C variables. This is very similar
to the errno trick in POSIX threads implementations.
* eval.c (looup_var, lookup_var_l): Restructured to eliminate silly
goto, the cobjp handling is gone.
(reg_fun, reg_var): Internal function becomes external.
reg_var registers a simple cons cell binding now, without any
C pointer tricks to real C global variables.
(c_var_mark): Static function removed.
(c_var_ops): Static struct removed.
(eval_init): Numerous initializations for streams, syslog, rand,
signals and others moved to their respective modules.
The new symbol variables user_package_s, keyword_package_s
and system_package_s are interned here, and the variables are
created in a special way.
* eval.h (reg_var, reg_fun): Declared.
* gc.c (prot1): Added assert that the loc pointer isn't null.
This happened, and blew up during garbage collection.
* lib.c (system_package, keyword_package, user_package): Variables
removed these become macros.
(system_package_var, keyword_package_var, user_package_var): New
global variables.
(system_package_s, keyword_package_s, user_package_s): New
symbol globals.
(get_user_package, get_system_package, get_keyword_package): New
functions.
(obj_init): Protect new variables. Initialization order of modules
tweaked: the modules sig_init, stream_init, and rand_init are moved
after eval_init because they register variables.
* lib.h (keyword_package, system_pckage, user_package): Variables
turned into macros.
(system_package_var, keyword_package_var, user_package_var): Declared.
(system_package_s, keyword_package_s, user_package_s): Declared.
(get_user_package, get_system_package, get_keyword_package): Declared.
* rand.c (struct random_state): Renamed to struct rand_state to
avoid clash with new random_state macro.
(random_state): Global variable removed.
(random_state_s): New symbol global.
(make_state, rand32, make_random_state, random_fixnum, random):
Follow rename of struct random_state.
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* eval.h: Declare existing lambda_s extern variable.
* lib.c (obj_print, obj_pprint): print (lambda sym ...)
as (lambda (. sym) ...) and (lambda sym) as (lambda (. sym)).
* txr.1: document it.
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environment down through the expander call hierarchy.
* eval.c (expand_opt_params, expand_params, expand_tree_cases,
expand_tree_case, expand_forms, val expand_cond_pairs, val
expand_place, expand_qquote, expand_vars, expand_quasi, expand_op,
expand_catch_clause, expand_catch, expand): All expanders get new
parameter, menv. expand_forms and expand handle a nil value of menv.
(eval_intrinsic): Pass nil macro environment to expand.
(eval_init): Update intrinsic registration for expand.
* eval.h (expand, expand_forms): Declarations updated.
* parser.y (expand_meta): Gets macro env parameter.
(elem, o_elem, exprs, expr): Pass nil to expand_forms and expand_meta.
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alleviate a long-standing pain: when an exception happens in
TXR's library somewhere, the program dies without leaving
a clue about what code was being evaluated when that happened.
What we can do is have the evaluator publish the most recent
compound form it has processed by stashing it in a variable.
Then when an unhandled exception occurs, we can peek at that
and try to pull out source location info.
* eval.c (last_form_evaled): New variable.
(do_eval): When evaluating a compound form, stash it in
last_form_evaled.
(eval_init): Protect last_form_evaled from gc.
* eval.h (last_form_evaled): Declared.
(eval_error_s): Existing variable declared.
* unwind.c: Has to include "eval.h" for the above variable
and "parser.h" for the source_loc function.
(uw_throw): When an exception is unhandled, if
last_form_evaled has source info, add it to the diagnostic.
But not if the exception is eval-error; because errors from
the evaluators already have the info.
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* dep.mk: Updated.
* eval.c: Removed combination and permutation functions; they
now reside in combi.c.
(generate): Changed from static to external linkage.
* eval.h (generate): Declared.
* combi.c: New file.
* combi.h: New file.
* txr.vim: Regenerated.
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* eval.c (expand_forms): Static function becomes external.
(expand_form): Remove case which handles do_s.
* eval.h (expand_forms): Declared.
* parser.y (elem): Expand both do_s and require_s forms by
using expand_forms.
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* eval.h (eval_intrinsic): Declared.
* txr.c (spec_file): Global variable removed.
(txr_main): Support for -e and -p options. Minor code cleanup.
* txr.1: Documented new options.
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Fixing some errors in copyright comments.
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* eval.h (mapcarv): Declaration added.
(eval_init): New intrinsic multi-sort registered.
* lib.c (multi_sort_less): New static function.
(multi_sort): New function.
* lib.h (multi_sort): Declared.
* txr.1: stub section added.
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quasiquoting. We cannot use the same symbol for the
literal form from the parser, and for the expanded form,
because this creates a confusion when there are multiple
nestings of quasiquote expansion.
* eval.c (vector_lit_s, vector_list_s, hash_lit_s): New symbol
variables.
(hash_construct_s): Relocated here from hash.c.
(expand_qquote): Part of bugfix: look for hash_lit_s
instead of has_construct_s. Translate to a hash_construct_s
form which is no longer recognizes as a hash literal.
Implementing recognition of a quasiquote vector literal,
handled similarly.
(eval_init): Initialize vector_lit_s, vector_list_s,
hash_list_s and hash_lit_s.
Use vector_list_s when registering vector_list function.
* eval.h (vector_lit_s, vector_list_s, hash_lit_s,
hash_constuct_s): Declared.
* hash.c (hash_construct_s): Variable removed
and relocated into eval.c.
(hash_init): Initialization of hash_construct_s removed.
* hash.h (hash_construct_s): Declaration removed.
* parser.y: (vector): Action updated to generate
a (vec-lit ...) form if the object contains unquotes,
otherwise generate a vector object.
(hash): Generate hash-lit form, not a
hash-construct form.
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* arith.h: Likewise.
* debug.c: Added copyright header.
* debug.h: Updated copyright year.
* eval.c: Likewise.
* eval.h: Likewise.
* filter.c: Likewise.
* filter.h: Likewise.
* gc.c: Likewise.
* gc.h: Likewise.
* hash.c: Likewise.
* hash.h: Likewise.
* lib.c: Likewise.
* lib.h: Likewise.
* match.c: Likewise.
* match.h: Likewise.
* parser.h: Likewise.
* regex.c: Likewise.
* regex.h: Likewise.
* stream.c: Likewise.
* stream.h: Likewise.
* txr.c: Likewise, and e-mail address.
* txr.h: Updated copyright year.
* unwind.c: Likewise.
* unwind.h: Likewise.
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(dwim_loc, op_dwim): New static functions.
(op_modplace): Support assignment to dwim forms
with the help of dwim_loc.
(expand_place): Handle dwim places.
(eval_init): Initialize dwim_s. Register dwim operator
in op_table.
* eval.h (dwim_s): Declared.
* lib.c (chr_str, chr_str_set): Allow negative indices to index
backwards from end of string.
(vecref, vecref_l): Allow negative indices to index from
rear of array.
(obj_print, obj_pprint): Render (dwim ...) forms as [...].
* parser.l: Peoduce new METABKT token type for @[,
and '[', ']' tokens.
* parser.y (METABKT): New token. %type declaration for '['.
(list): Support square-bracket style of list, translated
into dwim form.
(meta_expr): Support @[...] variant.
(yybadtoken): Handle METABKT in switch.
* txr.1: Documented [...] syntax and dwim operator.
* txr.vim: Updated.
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assigning *stdout*, it really overwrites the underlying C variable.
* eval.c (lookup_var): Handle new kind of toplevel binding.
If the hash value is a cptr, it points to a val storage location.
(lookup_val_l): New function.
(op_modplace): Get location of variable using lookup_val_l
rather than assuming there is a cons-based binding.
(reg_var): Argument changed to val * pointer.
Register the variable as a cptr referencing the location.
(eval_init): reg_var calls pass address of each global.
* eval.h (lookup_var_l): Declared.
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New functions list, append and eval. Code walking framework for
expanding quasiquotes. quotes right now.
* eval.c (let_s, lambda_s, call_s, cond_s, if_s, and_s, or_s
defvar_s, defun_s, list_s, append_s): New symbol variables.
(eval_intrinsic, op_quote, expand_forms, expand_cond_pairs,
expand_place, expand_qquote): New static functions.
(expand): New external function.
(eval_init): Initialize new symbol variables. Use newly defined symbol
variables to register functions. Also, new functions: quote, append,
list and eval.
* eval.h (expand): Declared.
* lib.c (appendv): New function.
(obj_init): quote and splice operator symbols moved into system
package.
(obj_print, obj_pprint): Support for printing quotes and splices.
* lib.h (appendv): Declared.
* match.c (do_s): New symbol variable.
(syms_init): New variable initialized.
(dir_tales_init): New variable used instead of intern.
* match.h (do_s): Declared.
* parser.y (elem): @(do) form recognized and its argument passed
through the new expander.
(o_elem, quasi_item): Pass list through expander.
(list): Use choose_quote to decide whether to put
regular quote or quasiquote on quoted list.
(meta_expr): Fixed abstract syntax so the expression is a single
argument of the sys:expr, rather than multiple arguments.
(unquotes_occur, choose_quote): New static function.
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Lisp interpreter added.
* gc.c (finalize, mark_obj): Handle ENV objects.
* hash.c (struct hash): acons_new_l_fun function
pointer order of arguments change.
(equal_hash): Handle ENV.
(make_hash, gethash_l): Use cobj_handle for
type safety. Follow change in acons_new_l.
(gethash, gethash_f, remhash, hash_count,
hash_get_userdata, hash_set_userdata, hash_next): Use cobj_handle.
(gethash_n): New function.
* hash.h (gethash_n): Declared.
* lib.c (env_s): New symbol variable.
(code2type, equal): Handle ENV. (plusv, minusv, mul, mulv, trunc, mod,
gtv, ltv, gev, lev, maxv, minv, int_str): New functions.
(rehome_sym): New static function.
(func_f0, func_f1, func_f2, func_f3, func_f4, func_n0, func_n1,
func_n2, func_n3, func_n4): Initialize new fields of struct func.
(func_f0v, func_f1v, func_f2v, func_f3v, func_f4v,
func_n0v, func_n1v, func_n2v, func_n3v, func_n4v,
func_interp): New functions.
(apply): Function removed: sanely re-implemented in new eval.c file.
(funcall, funcall1, funcall2, funcall3, funcall4): Handle
variadic and interpreted functions.
(acons, acons_new, acons_new_l, aconsq_new, aconsq_new_l): Reordered
arguments for compatibility with Common Lisp acons.
(obj_init): Special hack to prepare hash_s symbol, which is
needed for type checking inside the hash table funtions invoked
by make_package, at a time when the symbol is not yet interned.
Initialize new env_s variable.
(obj_print, obj_pprint): Handle ENV. Fix confusing rendering of
of function type.
(init): Call new function eval_init.
* lib.h (enum type): New enumeration member ENV.
(struct func): functype member changed to bitfield.
New bitfied members minparam and variadic.
New members in f union: f0v, f1v, f2v, f3v,
f4v, n0v, n1v, n2v, n3v, n4v.
(struct env): New type.
(union obj): New member e of type struct env.
(env_s): Variable declared.
(plusv, minusv, mul, mulv, trunc, mod, gtv, ltv, gev, lev, maxv, minv,
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