| Commit message (Collapse) | Author | Age | Files | Lines |
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* arith.c, cadr.c, debug.c, eval.c, filter.c, gencadr.txr, glob.c,
hash.c, linenoise/linenoise.c, lisplib.c, match.c, parser.c, rand.c,
regex.c, signal.c, stream.c, struct.c, sysif.c, syslog.c, txr.c,
unwind.c, utf8.c: Remove unncessary header files.
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* filter.c (tobase64_k, frombase64_k): New keyword symbol variables.
(col_check, get_base64_char, b64_code): New static functions.
(base64_decode, base64_encode): New functions.
(filter_init): Initialize new keyword symbol variables, and register
base64-encode and base64-decode intrinsic functions.
* filter.h (base64_encode, base64_decode): Declared.
* txr.1: Documented base64-encode, base64-decode,
as well as :tobase64 and :frombase64.
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* LICENSE, METALICENSE, Makefile, args.c, args.h, arith.c,
arith.h, cadr.c, cadr.h, combi.c, combi.h, configure,
debug.c, debug.h, eval.c, eval.h, filter.c, filter.h, gc.c,
gc.h, glob.c, glob.h, hash.c, hash.h, jmp.S, lib.c, lib.h,
lisplib.c, lisplib.h, match.c, match.h, parser.c, parser.h,
parser.l, parser.y, rand.c, rand.h, regex.c, regex.h,
share/txr/stdlib/cadr.tl, share/txr/stdlib/except.tl,
share/txr/stdlib/hash.tl, share/txr/stdlib/ifa.tl,
share/txr/stdlib/path-test.tl, share/txr/stdlib/place.tl,
share/txr/stdlib/struct.tl, share/txr/stdlib/txr-case.tl,
share/txr/stdlib/type.tl, share/txr/stdlib/with-resources.tl,
share/txr/stdlib/with-stream.tl, share/txr/stdlib/yield.tl,
signal.c, signal.h, stream.c, stream.h, struct.c, struct.h,
sysif.c, sysif.h, syslog.c, syslog.h, txr.1, txr.c, txr.h,
unwind.c, unwind.h, utf8.c, utf8.h: Add 2016 copyright.
* linenoise/LICENSE, linenoise/linenoise.c,
linenoise/linenoise.h: Bump one principal author's copyright
from 2014 to 2015. The code is based on a snapshot of 2015
upstream work.
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* filter.c (to_html_k, from_html_k, to_html_relaxed_k):
Variables removed.
(tohtml_k, tohtml_star_k, fromhtml_k): New keyword
symbol variables.
(to_html_table): Array renamed to tohtml_table.
(to_html_relaxed_table): Renamed to tohtml_star_table.
(from_html_table): Renamed to fromhtml_table.
(html_encode): Refers to tohtml_k.
(html_encode_star): Refers to tohtml_star_k.
(html_decode): Refers to fromhtml_k.
(filter_init): Initialize new symbol variables. Remove old
registrations. Register filters under old names too.
* txr.1: Document new names.
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* filter.c (to_html_relaxed_k): New keyword symbol variable.
(to_html_relaxed_table): New static array.
(html_encode_star): New static function.
(filter_init): Initialize new symbol variable.
Register new filter. Register html-encode* function.
* txr.1: Documented :to_html_relaxed filter and
html-encode* function.
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* filter.c (to_html_table): Add entry for apostrophe.
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TXR is moving to custom assembly-language routines.
This is mainly motivated by a very dubious thing done in the
GNU C Library setjmp and longjmp in the name of security.
Evidently, glibc's setjmp "mangles" certain pointer values
which are stored into the jmp_buf buffer. It's been that way
since 2005, evidently. This means that, firstly, all along,
the use of setjmp in gc.c to get registers into a buffer so
they can be scanned has not actually worked properly. More
importantly, this pointer mangling in setjmp and longjmp is
very hostile to a stack copying implementation of delimited
continuations. The reason is that continuations contain
jmp_buf buffers, which get relocated in the process of
capturing and reviving a continuation. Any pointers in a
jmp_buf which point into the captured stack segment have to be
fixed up to point into the relocated location. Mangled
pointers make this difficult, requiring hacks which are
specific to glibc and the machine architecture. We might as
well implement a clean, well-behaved setjmp and longjmp.
* Makefile (jmp.o): New object file.
(dbg/%.o, opt/%.o): New rules for .S prerequisites.
* args.c, arith.c, cadr.c, combi.c, cadr.c, combi.c, debug.c,
eval.c, filter.c, glob.c, hash.c, lib.c, match.c, parser.c,
rand.c, regex.c, signal.c, stream.c, struct.c, sysif.c,
syslog.c, txr.c, unwind.c, utf8.c: Removed <setjmp.h>
include.
* gc.c: Switch to struct jmp and jmp_save, instead
of jmp_buf and setjmp.
* jmp.S: New source file.
* signal.h (struct jmp): New struct type.
(jmp_save, jmp_restore): New function declarations
denoting assembly language routines in jmp.S.
(extended_jmp_buf): Uses struct jmp instead of
setjmp.
(extended_setjmp): Use jmp_save instead of setjmp.
(extended_longjmp): Use jmp_restore instead of
longjmp.
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* combi.c (perm_list, perm_str, rperm_list, reperm_gen_fun,
rperm_vec, comb_vec, rcomb_list, rcomb_vec, rcomb_str):
Follow rename of list_vector to list_vec.
* eval.c (vector_list_s): Global variable renamed to
vec_list_s.
(expand_qquote): Follow vector_list_s to vec_list_s.
(eval_init): Follow renames of all identifiers. Functions
num-chr, chr-num, vector-list and list-vector are
registered under new names, while remaining registered
under old names.
* eval.h (vector_list_s): Declaration renamed.
* filter.c (url_encode): Follow chr_num to chr_int rename.
* lib.c (make_like, interpose, shuffle): Follow vector_list to vec_list rename.
(tolist, replace, replace_list): Follow list_vector to list_vec rename.
(num_chr): Renamed to int_chr.
(chr_num): Renamed to chr_int.
(vector_list): Renamed to vec_list.
(list_vector): Renamed to list_vec.
* lib.h (num_chr, chr_num, list_vector, vector_list):
* Declarations renamed.
* parser.y (vector): Follow vector_list to vec_list rename.
* txr.1: Updated documentation for num-chr, chr-num,
list-vector and vector-list with new names, and notes
about the old names being supported, but obsolescent.
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The manual documents a filter called :tointeger, but it has
never existed. The keyword was misspelled in the source code
from the beginning as :toinger.
I'm fixing the typo and renaming the filter to :toint
at the same time.
* filter.c (tointeger_k, toint_k): Former renamed
to latter.
(filter_init): Initialize toint_k with correctly
spelled symbol. Register filter under toint_k.
* filter.h (tointeger_k, toint_k): Former renamed
to latter.
* txr.1: Changed mention of :tointeger to :toint.
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* eval.c (fun_k): Global definition removed.
(eval_init): Do not initialize fun_k here.
* filter.c (fun_k): Definition removed.
(filter_init): Do not initialize fun_k.
* filter.h (fun_k): Declaration removed.
* lib.c (fun_k): Defined in this file now.
(obj_init): Initialize fun_k here.
* lib.h (fun_k): Declare here.
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fix on 2013-08-09.
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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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(GREP_CHECK): New macro.
(enforce): Rewritten using GREP_CHECK, with new checks.
* arith.c, combi.c, debug.c, eval.c, filter.c, gc.c, hash.c, lib.c,
* lib.h, match.c, parser.l, parser.y, rand.c, regex.c, signal.c,
* signal.h, stream.c, syslog.c, txr.c, unwind.c, utf8.c: Remove
trailing spaces.
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to C++ style casts when compiling as C++.
* lib.h (strip_qual, convert, coerce): New casting macros.
(TAG_MASK, tag, type, wli_noex, auto_str, static_str,
litptr, num_fast, chr, lit_noex, nil, nao): Use cast macros.
* arith.c (mul, isqrt_fixnum, bit): Use cast macros.
* configure (INT_PTR_MAX): Define using cast macro.
* debug.c (debug_init): Use cast macro.
* eval.c (do_eval, expand_macro, reg_op, reg_mac, eval_init):
Use cast macros.
* filter.c (filter_init): Use cast macro.
* gc.c (more, mark_obj, in_heap, mark, sweep_one, unmark): Use
cast macros.
* hash.c (hash_double, equal_hash, eql_hash, hash_equal_op,
hash_hash_op, hash_print_op, hash_mark, make_hash, make_similar_hash,
copy_hash, gethash_c, gethash, gethash_f, gethash_n, remhash,
hash_count, get_hash_userdata, set_hash_userdata, hash_iter_destroy,
hash_iter_mark, hash_begin, hash_uni, hash_diff, hash_isec): Use
cast macros.
* lib.c (code2type, chk_malloc, chk_malloc_gc_more, chk_calloc,
chk_realloc, chk_strdup, num, c_num, string, mkstring, mkustring,
upcase_str, downcase_str, string_extend, sub_str, cat_str, trim_str,
c_chr, vector, vec_set_length, copy_vec, sub_vec, cat_vec,
cobj_print_op, obj_init): Likewise.
* match.c (do_match_line, hv_trampoline, match_files, dir_tables_init):
Likewise.
* parser.l (grammar): Likewise.
* parser.y (parse): Likewise.
* rand.c (make_state, make_random_state, random_fixnum, random):
Likewise.
* regex.c (CHAR_SET_L2_LO, CHAR_SET_L2_HI, CHAR_SET_L1_LO,
CHAR_SET_L1_HI, CHAR_SET_L0_LO, CHAR_SET_L0_HI, L0_full, L0_fill_range,
L1_full, L1_fill_range, L1_contains, L1_free, L2_full, L2_fill_range,
L2_contains, L2_free, L3_fill_range, L3_contains, L3_free,
char_set_create, char_set_cobj_destroy, nfa_state_accept,
nfa_state_empty, nfa_state_single, nfa_state_wild, nfa_state_set,
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trie-value-at and trie-lookup-feed-char functions as intrinsics.
* txr.1: Document exposed functions.
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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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moved to filter.c.
* filter.c (trie_compress_intrinsic, html_encode, html_decode): New
static functions.
(filter_init): Register make_trie, trie_add, trie_compress_intrinsic,
filter_string_tree, filter_equal, html_encode and html_decode
as intrinsics. Move registration of url_encode and url_decode here.
* genvim.txr: Look for registrations in filter.c too.
* txr.1: Documented.
* txr.vim: Updated.
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with just using the == operator.
Removing cobj_equal_op since it's indistinguishable from eq.
Streamlining missingp and null_or_missing_p.
* eval.c (transform_op): eq to ==.
(c_var_ops): cobj_equal_op to eq.
* filter.c (trie_compress, trie_lookup_feed_char, filter_string_tree,
html_hex_continue, html_dec_continue): eq to ==.
* hash.c (hash_iter_ops): cobj_equal to eq.
* lib.c (countq, getplist, getplist_f, search_str_tree,
posq): eq to ==.
(cobj_equal_op): Function removed.
* lib.h (cobj_equal_op): Declaration removed.
(missingp): Becomes a simple macro that yields a C boolean instead
of t/nil val, because it's only used that way.
(null_or_missing_p): Becomes inline function returning int.
* match.c (v_output): eq to ==.
* rand.c (random_state_ops): cobj_equal_op to eq.
* regex.c (char_set_obj_ops, regex_obj_ops): cobj_equal_op to eq.
(reg_derivative): Silly if3 expression replaced by null.
(regexp): Redundant if2 expression wrapped around eq removed.
* stream.c (null_ops, stdio_ops, tail_ops, pipe_ops, string_in_ops,
byte_in_ops, string_out_ops, strlist_out_ops, dir_ops,
cat_stream_ops): cobj_equal_op to eq.
* syslog.c (syslog_strm_ops): cobj_equal_op to eq.
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used global variable null which holds a symbol becomes null_s.
A new macro called nilp is added that more efficiently checks whether
an object is nil, producing a C boolean value rather than t or nil.
Most of the uses of nullp in the codebase just become the more
streamlined nilp.
* debug.c (show_bindings): nullp to nilp
* eval.c (lookup_var, lookup_var_l, lookup_fun, lookup_sym_lisp1,
do_eval, expand_qquote, expand_quasi, expand_op): nullp to nilp.
(op_modplace): nullp to null.
(eval_init): Update registration of null and not from C function
nullp to null.
* filter.c (trie_compress, html_hex_continue): nullp to nil.
(filter_string_tree): null to null_s.
* hash.c (hash_next): nullp to nilp.
* lib.c (null): Variable renamed to null_s.
(code2type): null to null_s.
(lazy_flatten_scan, chainv, lazy_str, lazy_str_force_upto,
obj_print, obj_pprint):
nullp to nilp.
(obj_init): null to null_s; nullp to null.
* lib.h (null): declaration changed to null_s.
(nullp): Inline function renamed to null.
(nilp): New macro.
* match.c (do_match_line): nullp to nilp.
* rand.c (make_random_state): Likewise.
* regex.c (compile_regex): Likewise.
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of C names of functions, or otherwise clarified them.
* filter.c: Likewise.
* lib.c: Likewise.
* match.c: Likewise.
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* Makefile (OBJS-y): Include signal.o if have_posix_sigs is "y".
* configure (have_posix_sigs): New variable, set by detecting POSIX
signal stuff.
* dep.mk: Regenerated.
* arith.c, debug.c, eval.c, filter.c, hash.c, match.c, parser.y,
parser.l, rand.c, regex.c, syslog.c, txr.c, utf8.c: Include new
signal.h header, now required by unwind, and the <signal.h> system
header.
* eval.c (exit_wrap): New function.
(eval_init): New functions registered as intrinsics: exit_wrap,
set_sig_handler, get_sig_handler, sig_check.
* gc.c (release): Unused functions removed.
* gc.h (release): Declaration removed.
* lib.c (init): Call sig_init.
* stream.c (set_putc, se_getc, se_fflush): New static functions.
(stdio_put_char_callback, stdio_get_char_callback, stdio_put_byte,
stdio_flush, stdio_get_byte): Use new functions to enable
signals when blocked on I/O.
(tail_strategy): Allow signals across sleep.
(pipev_close): Allow signals across waitpid.
(se_pclose): New static function.
(pipe_close): Use new function to enable signals across pclose.
* unwind.c (uw_unwind_to_exit_point): use extended_longjmp instead of
longjmp.
* unwind.h (struct uw_block, struct uw_catch): jb member changes from
jmp_buf to extended_jmp_buf.
(uw_block_begin, uw_simple_catch_begin, uw_catch_begin): Use
extended_setjmp instead of setjmp.
* signal.c: New file.
* signal.h: New file.
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Fixing some errors in copyright comments.
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used 4 space tabs and utf8.c used 8 space tabs, inconsistently.
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can walk table content in different ways.
* eval.c (op_dohash): Follow interface change of hash_next.
(eval_init): hash-keys, hash-values, hash-pairs and hash-alist
intrinsics introduced.
* filter.c (trie_compress): Follow interface change of hash_next.
* hash.c (hash_next): Silly interface which takes a pointer to
the iterator has changed to just take the iterator. The function
unambiguously returns nil when the iteration ends, so there
is no need to set the iterator variable to nil.
(maphash): Follows interface change of hash_next.
(hash_keys_lazy, hash_values_lazy, hash_pairs_lazy, hash_alist_lazy):
New static functions.
(hash_keys, hash_values, hash_pairs, hash_alist): New functions.
* hash.h (hash_next): Declaration updated.
(hash_keys, hash_values, hash_pairs, hash_alist): Declared.
* lib.c (make_half_lazy_cons): New way of constructing lazy cons,
with the car field specified. It simplifies situations when the
previous cons computes the car of the next one. Why hadn't I thought of
this before?
* lib.h (make_half_lazy_cons): Declared.
* txr.1: Doc stubs for new hash functions.
* txr.vim: Highlighting for new hash functions.
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causes CONFIG_GEN_GC to be defined as 1 in config.h.
* eval.c (op_defvar, dwim_loc, op_modplace, transform_op): Handle
mutating assignments via set macro.
(op_dohash): Inform gc about mutated variables. TODO here.
* filter.c (trie_add, trie_compress): Handle mutating assignments
via set macro.
* gc.c (BACKPTR_VEC_SIZE, FULL_GC_INTERVAL): New preprocessor symbols.
(backptr, backptr_idx, partial_gc_count, full): New static variables.
(make_obj): Initialize generation to zero.
(gc): Added logic for deciding between full and partial gc.
(gc_set, gc_mutated): New functions.
* gc.h (gc_set, gc_mutated): Declared.
* hash.c (hash_mark): Changed useless use of vecref_l to vecref.
(gethash_f): Use set when assigning through *found since it
is a possible mutation.
* lib.c (car_l, cdr_l, vecref_l): Got rid of loc macro uses. Using the
value properly is going to be the caller's responsibility.
(push): push may be a mutation, so use set.
(intern): Uset set to mutate a hash entry.
(acons_new_l, aconsq_new_l): Use set when replacing *list.
* lib.h (PTR_BIT): New preprocessor symbol.
(obj_common): New macro for defining common object fields.
type_t is split into two bitfields, half a pointer wide,
allowing for generation to be represented.
(struct any, struct cons, struct string, struct sym, struct package,
struct func, struct vec, struct lazy_cons, struct cobj, struct env,
struct bignum, struct flonum): Use obj_common macro to defined
common fields.
(loc): Macro removed.
(set, mut): Macros conditionally defined for real functionality.
(list_collect, list_collect_nconc, list_collect_append): Replace
mutating operations with set.
* match.c (dest_set, v_cat, v_output, v_filter): Replace
mutating operations with set.
* stream.c (string_in_get_line, string_in_get_char,
strlist_out_put_string, strlist_out_put_char): Replace mutating
operations with set.
* unwind.c (uw_register_subtype): Replace mutating operation with set.
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For instance given @(bind a ("a" "b" "c")) it is now possible
to do @(filter :upcase a) whereby a promptly takes on the value
("A" "B" "C").
* filter.c (string_filter): Function renamed to string_tree_filter.
(compound_filter): Follows rename.
(filter_string): Function renamed to filter string tree.
Can filter tree of strings, or possibly other objects,
if the filter function allows.
(filter_equal): No special case test for objects that are strings.
Just put them through the filter.
* filter.h (filter_string): Declaration updated.
* match.c (format_field, subst_vars, v_filter): Follow rename.
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* filter.c (tonumber_k, tointeger_k, tofloat_k, hextoint_k):
New keyword variables.
(filter_init): New variables initialized; new filters registered.
* filter.h (tonumber_k, tointeger_k, tofloat_k, hextoint_k):
Declared.
* lib.c (num_str): New function.
* lib.h (num_str): Declared.
* txr.1: New filters documented.
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so we make the second one optional.
* filter.c (topercent_k, frompercent_k): New keyword
variables.
(url_encode, url_decode): Take a second parameter, space_plus.
This determines whether or not to apply the rule that
a space encodes as a + character.
(filter_init): Initialize new keyword variables, and register :topercent
and :frompercent filters. Fix the previous registrations of :tourl and
:fromurl using currying.
* filter.h (urlencode, urldecode): Declarations updated.
(topercent_k, frompercent_k): Declared.
* txr.1: Documented.
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(html_hex_continue): Use digit_value instead of hex digits string
literal.
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* txr.c (version): Bumped.
* txr.1: Bumped version and set date.
* configure (txr_ver): Bumped.
* eval.c (op_modplace): Fix warning about uninitialized variable.
No bug.
* filter.c: gcc compilation regresion: missing <stdio.h> breaks inclusion
of "stream.h" header. Strangely, didn't show up when configured for
compiling with g++ on Ubuntu.
* match.c (match_filter): Fixed ununsed variable warning.
* txr.vim: Bunch of missing keywords added.
* dep.mk: Regenerated.
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* eval.c (eval_init): New intrinsic functions: url-encode, url-decode.
* filter.c (tourl_k, fromurl_k): New keyword variables.
(is_url_reserved, digit_value): New static functions.
(url_encode, url_decode): New functions.
(filter_init): Intialize new keyword variables and register
new :tourl and :fromurl filters.
* filter.h (tourl_k, fromurl_k, url_encode, url_decode): Declared.
* txr.1: Updated.
* txr.vim: Likewise.
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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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* match.h (match_funcall): Declaration updated.
* filter.c (get_filter): Updated.
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outside of the code, in hash tables.
* filter.c (make_trie, trie_add): Update to three-argument
make_hash.
* hash.c (struct hash): New members, hash_fun, assoc_fun
acons_new_l_fun.
(ll_hash): Renamed to equal_hash.
(eql_hash): New static function.
(cobj_hash_op): Follows ll_hash rename.
(hash_grow): Use new function indirection to call hashing function.
(make_hash): New argument to specify type of hashing. Initialize new
members of struct hash.
(gethash_l, gethash, remhash): Use function indirection for hashing and
chain search and update.
(pushhash): New function.
* hash.h (make_hash): Declaration updated with new parameter.
(pushhash): Declared.
* lib.c (eql_f): New global variable.
(eql, assq, aconsq_new, aconsq_new_l): New functions.
(make_package): Updated to new three-argument make_hash.
(obj_init): gc-protect and initialize new variable eql_f.
* lib.h (eql, assq, aconsq_new, aconsq_new_l): Declared.
* match.c (dir_tables_init): Updated to there-argument make_hash.
* parser.h (form_to_ln_hash, ln_to_forms_hash): Global variables
declared.
* parser.l (form_to_ln_hash, ln_to_forms_hash): New global variables.
(grammar): Set yylval.lineno for tokens that are classified to
that type in parser.y.
(parse_init): Initialize and gc-protect new global variables.
* parser.y (rl): New static helper function.
(%union): New member, lineno.
(ALL, SOME, NONE, MAYBE, CASES, CHOOSE, GATHER,
AND, OR, END, COLLECT, UNTIL, COLL, OUTPUT, REPEAT,
REP, SINGLE, FIRST, LAST, EMPTY, DEFINE,
TRY, CATCH, FINALLY, ERRTOK, '('): Reclassified as lineno type.
In the grammar, these keywords can thus provide a stable line number
from the lexer.
(grammar): Numerous rules updated to add constructs to the
line number hash tables via the rl helper.
* dep.mk: Updated.
* Makefile (depend): Use the installed, stable txr in the
system path to update dependencies rather than locally built ./txr, to
prevent the problem that txr is broken because out out-of-date
dependencies, and thus cannot regenerate dependencies.
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(get_filter): Treat (:fun ...) syntax as a single function
call with extra arguments, currying it up as curried function that
invokes match_funcall once.
* match.c (match_funcall): Extended to take a list of the
additional arguments from get_filter. Adds these to the
function call form generated for the v_func call.
* match.h (match_funcall): Declaration updated.
* txr.1: Function Filter additional arguments documented.
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replacement text.
* filter.c (build_filter_from_list): Allow tuples to denote
multiple keys mapping to the same value.
* lib.c (do_curry_123_2, do_curry_123_1): New static functions.
(curry_123_2, curry_123_1): New functions.
* lib.h (curry_123_2, curry_123_1): New functions declared.
* match.c (v_deffilter): Allow tuples of strings rather than
just pairs.
* txr.1: Updated.
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(function_filter): Use :fun keyword symbol instead of fun.
(filter_init): New keyword variable initialized.
* filter.h (upcase_k, downcase_k, fun_k): Declared.
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(get_filter): Handle (fun ...) syntax.
* match.c (v_bind): Establish dynamic environment frame around
dest_bind, and stash the bindings there so filters can have access
to the bindings.
(v_output): Likewise, around do_output calls.
(v_fun): New function.
(match_files): Function handling broken out into v_fun.
(match_funcall): New function.
* match.h (match_funcall): Declared.
* unwind.c (uw_push_env): Initialize match_context.
(uw_get_match_context, uw_set_match_context): New functions.
* unwind.h (struct uw_dynamic_env): New member, match_context.
(uw_get_match_context, uw_set_match_context): Declared.
* txr.1: Documented function filters.
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* filter.c (filter_equal): Takes two filters instead of one.
(lfilt_k, rfilt_k): New keyword variables.
(filter_init): New keyword variables initialized.
* filter.h (filter_equal): Declaration updated.
(lfilt_k, rfilt_k): Declared.
* lib.c (funcall4): New function.
(do_curry_1234_34): New static function.
(curry_1234_34): New function.
(do_swap_12_21): New static function.
(swap_12_21): New function.
* lib.h (funcall4, curry_1234_34, swap_12_21): Declared.
* match.c (dest_bind): Swap use the function argument swapping
combinator when calling tree find such that the value
being searched is on the left and pattern material is on the right.
(v_bind): Implemented :lfilt and :rfilt.
* txr.1: Documented :lfilt and :rfilt.
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is not necessarily a trie.
(string_filter, compound_filter): New functions.
(get_filter): Recognize a compound filters and return a function
which implements it.
* filter.h (get_filter_trie): Declaration renamed.
* match.c (format_field, v_bind, v_output): Follow get_filter_trie
rename. Error message text updated.
* txr.1: Describe compound filters.
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* filter.c (filter_equal): New function.
(upcase_k, downcase_k): New keyword variables.
(filter_init): New keyword variables initialized,
and new upcase and downcase filters registered.
* filter.h (filter_equal): Declared.
* lib.c (tree_find): Takes new argument, the equality test function.
(upcase_str, downcase_str): New functions.
(do_curry_123_23): New static function.
(curry_123_23): New function.
* lib.h (tree_find): Declaration updated.
(upcase_str, downcase_str, curry_123_23): Declared.
* match.c (dest_bind): Updated to take equality function.
Uses it and passes it down to tree_find.
(v_bind): Filter feature implemented.
(h_var, v_try): Add equal_f to dest_bind argument list.
* txr.1: Updated to describe new filters and bind arguments.
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variable (not a bug, but compiler cannot prove that).
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* filter.c (struct filter_par): wchar_t becomes wchli_t.
* lib.h (wchli_t): New type: an incomplete structure type,
so that a pointer to this type is incompatible with anything else.
(wli): Macro produces const wchli_t * pointer instead of
const wchar_t *.
(auto_str, static_str): Accept a const wchli_t * instead
of const wchar_t *, making it impossible to misuse these
functions by passing in a literal.
* stream.c (string_out_put_char): These type changes showed
this hack to have a bug. Confronted with the need to cast
from const wchar_t * to const wchli_t *, it's obvious that
the conversion has to be done properly with the + 1 in the
one platform case, but not the other.
* txr.c (version): Type changed to const wchli_t.
* txr.h (version): Declaration updated.
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TODO: there should be some type safety with the new wli macro
so that if it is forgotten, there will be a diagnostic.
* configure (lit_align): New configuration variable
and configuration test. Generates LIT_ALIGN in config.h.
Fixed the integer-holds-pointer test for the different output
from the nm program on Cygwin. The arrays become common symbols
marked C which do not show an offset attribute, only size:
one less column.
* filter.c (to_html_table, from_html_table): wrap wide string
literals with the wli macro. This must be done from now on for
all literals and initializes of arrays that are going to be
directly converted to type tagged val-s.
* lib.h (wli): New macro.
(auto_str, static_str, litptr, lit_noex): Handle wide literals on
platforms where they are aligned to only two bytes, such that we don't
have two bits in the pointer. We can still add our 11 bit type tag, but
then when recovering the pointer to the data, we have may have
to fix up the pointer.
* parser.l: Another portability issue here. Flex generates a scanner
which has #include <unistd.h> in the middle, after the source file's
own #includes which can introduce macros. On Cygwin, there is some
hygiene problem whereby our "noreturn" macro causes the <unistd.h>
header to generate bad syntax and fail to compile. Stupid Cygwin
and even stupider flex! The workaround is to include <unistd.h>
at the top in the flex source.
* stream.c (string_out_put_char): This is one more place where
the string literal handling hack spreads.
* txr.c (version): Wrap string in wli.
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hash.h, lib.c, lib.h, match.c, match.h, parser.h, parser.l, parser.y,
regex.c, regex.h, stream.c, stream.h, txr.1, txr.c, txr.h, unwind.c,
unwind.h, utf8.c, utf8.h: Updated e-mail address.
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need another commit).
* filter.c: Include "gc.h" for prototype of protect.
(struct filter_pair): Use const wchar_t *, so we can assign
literals.
(html_hex_continue): Ditto.
* lib.c (and): Function renamed to andf, since and is a C++
operator.
* lib.h (and): Declaration renamed.
* match.c (match_files): Use of and updated to andf.
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inform the garbage collector about the filters global variable.
Ouch!
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* filter.c (html_hex_continue): Bail with nil if no digits
are collected. The &#x; syntax is not translated to anything.
(html_dec_continue): New function.
(html_hex_handler): Function renamed to html_numeric_handler.
(filter_init): Change function-based trie node over to
html_numeric_handler.
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chr function inlined.
* filter.c (trie_value_at, trie_lookup_feed_char): Handle function
case.
(build_filter): New parameter, compress_p.
(html_hex_continue, html_hex_handler): New functions.
(filter_init): Add a function-based node to the from_html trie.
* lib.c (chr): Function removed.
(functionp) New function.
* lib.h (chr): Declaration replaced with inline function.
(functionp): Declared.
* match.c (format_field): Bugfix: failed to apply filter
that came in as an argument.
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