| Commit message (Collapse) | Author | Age | Files | Lines |
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The op macro replaces syntax like @3 with gensyms.
The problem is these genyms are not wrapped with
(sys:var ...). For instance:
`foo@{1}bar` ;; (sys:quasi "foo" (sys:var 1 () ()) "bar")
might, inside an op expression turn into:
(sys:quasi "foo" #:arg001 "bar")
If this object is printed, it renders as
`foo#:arg001bar`
which is garbage syntax. After this fix, that will come
out as:
`foo@{#:arg001}bar`
It is not read/print consistent, but it has the same
meaning under evaluation.
* lib.c (out_quasi_str_sym): New static function.
Formed out of a block of code taken from out_quasi_str.
(out_quasi_str): Print (sys:var ...) symbols via a
call to out_quasi_str_sym, eliminating a block of
code. If an element itself is a symbol, then print
that using out_quasi_str_sym also.
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* RELNOTES: Updated.
* configure, txr.1: Bumped version and date.
* share/txr/stdlib/ver.tl: Likewise.
* txr.vim, tl.vim: Regenerated.
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* parser.l (grammar): Pass yyg to directive_tok
rather than yyscanner. It has the yyguts_t *
type, whereas yyscanner is a void * version of
the same pointer.
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* parser.c (repl): Set noninteractive mode from noninteractive
option.
* txr.c (help): Mention effect of -n upon listener.
* txr.1: Documented effect of -n/--noninteractive on the
listener.
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* linenoise/linenoise.c (struct lino_state): New member,
noninteractive.
(lino_set_noninteractive, lino_get_noninteractive): New
functions.
(linenoise): Check noninteractive flag; if set, treat the
situation like !isatty(ls->ifd).
* linenoise/linenoise.h (lino_set_noninteractive,
lino_get_noninteractive): Delared.
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The problem is syntax like `@@12a` being scanned
as if it were `@{@12}a` rather than @{@12a}`.
When the scanner is in the middle of a quasiliteral, in the
QSILIT state and sees a @, it transitions to the QSPECIAL
state.
In the QSPECIAL state, the METANUM token syntax is recognized
consisting of @ followed by a decimal, octal or hex number.
In the same QSPECIAL state, however, a meta-variable like @abc
is not recognized as a unit; rather, a @ is recognized by
itself, and abc by itself. Thus when @12a is seen in the
QSPECIAL state, the @12 is the longest match.
The fix is to treat METANUM tokens the same way in the
QSPECIAL state: just recognize a number without the @
prefix, and report as a METANUM.
* parser.l (grammar): Split the pattern in all four
METANUM rules so that in the NESTED, BRACED,
QSLIT and QWLIT states, the number is recognized
together with the @ prefix. But in the QSPECIAL
state, indicating that one or more @ characters have
been seen, just recognize a number without the prefix
as a METANUM.
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* eval.c (eval_init): Register intrinsic functions
time-parse-local and time-parse-utc.
* lib.c (strptime_wrap): New static function.
(time_parse): Now implemented as by call to strptime_wrap.
(time_parse_local, time_parse_utc): New functions.
These get the time_t time from struct tm without
constructing the intermediate Lisp structure.
* lib.h (time_parse_local, time_parse_utc): Declared.
* txr.1: Documented new functions.
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This bug causes data to be thrown away after reading
one line.
* linenoise/linenoise.c (struct lino_state): New member, ifs.
(linenoise): Do not fdopen a new stream on each call, because
this will read a buffer full of data, from which it will just
read one line, and then throw the rest of away when fclose
is called on the stream. Open the stream once and store it
in the ifs member.
(lino_cleanup): If the ifs member is non-null, then
call fclose on it.
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These functions don't conform with the documentation. For
instance [apply list "abc"] yields "abc". It is supposed to
yield (#\a #\b #\c), since the characters of "abc" must become
individual arguments to list. Part of the fix is in the
apply_frob_args logic; however, we have to clone that function
because it is used for implementing other things which
will break: we cannot, for for example, have (list* 1 "ab")
producing (1 #\a #\b).
* eval.c (apply_intrisic_frob_args): New static function.
Differs from apply_frob_args in that it calls tolist
on the final element.
(apply_intrinsic): Use apply_intrinsic_frob_args
instead of apply_frob_args.
(iapply): Invoke tolist on the value assigned to last_arg.
* txr.1: Add a clarifying note for iapply that the terminating
atom is not split into arguments if it is a sequence.
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* txr.1: copy-struct is a low-level mechanism. Higher
level object cloning must be built on top of it, if
required. This is now noted in the documentation.
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* txr.1: number agreement: "each values" -> "each value".
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* txr.1: Under the description of the car, cdr and nullify
methods, the description of car must start a new paragraph.
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* txr.1: Under description of the equal method, replace the
text about a hash table "not working reliably" with proper
"unspecified behavior" terminology. Add some paragraphs to the
introduction to hash tables about the issue of modifying the
car fields of hash entry cells, or mutating the keys in
equal-based hash tables such that their equality is affected.
Re-iterate some of these points in a few other places under
the descriptions of some hash-related functions.
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This issue has implications mainly for read/print consistency.
The (rcons a .b) expression prints a...b, but that doesn't
read back. The reason is that the . on .b isn't preceded by
whitespace, and so isn't the UREFDOT token recognized in
a n_expr. It's just the '.' token which is a syntax error
in that situation.
* parser.y (n_expr): New special case rule to handle the
phrase pattern n_expr DOTDOT '.' n_expr which is now
a syntax error.
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* parser.l: Remove the pattern match which causes 0.1..0
to be rejected.
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Currently (list .1.1) yields (0.1 0.1). This is evading the
rule for catching cramped floating-point literals.
* parser.l (grammar): Carefully weaken the pattern match in
the relevant rule for catching cramped floating-point
literals, so it matches these cases.
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Some recent work in supporting .slot syntax (uref dot) broke
the treatment of floating point literals. This is because part
of the trick is that a uref dot is recognized with leading
whitespace as part of the token. But that of course means
it steals the match for some floating-point tokens; oops!
* parser.l (grammar): All rules for floating-point tokens
which can match a leading decimal point now munch optional
whitespace first.
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We revert back to config.h, config.make and config.log
just being in the root of the build directory, rather than
in a config/ subdirectory, like it was until mid 2014.
That change was done for the sake of the tainting problem:
a build directory picking up the wrong config.h from a
source directory that is itself in the a configured state.
* Makefile: Include config.make rather than
config/config.make.
(TXR_CFLAGS): Remove config directory from include file
search path.
(OBJS, EXTRA_OBJS, y.tab.c, y.tab.h, lex.yy.c): Dependencies
on config.h and config.make adjusted to point to new location.
(distclean): Use rm -f on config.*, not rm -rf; we don't
expect there to be a directory matching that pattern.
Remove config.h, config.make and config.log rather than
config directory. Extend the generic distclean to remove
opt and dbg, because this change will trigger its use
and lingering .d files in opt and dbg will break the build.
Remove txr-win.exe and txr-dbg-win.exe in generic distclean.
* configure (conf_dir, config_h, config_make, config_log):
Variables gone, replaced by hard-coded strings everywhere.
Generate config.make, config.log and config.h in the current
directory rather than a subdirectory. Do not generate a
conf_dir variable into config.make.
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* Makefile (tainted): New top target added in a situation
when an out-of-tree build is tainted by a configuration
in the original tree. The problem is that .c files which
have an #include "y.tab.h" or #include "config.h" get
these headers from the same directory where they reside.
This is processed ahead of any -iquote directories.
If a "config.h" exists in $(top_srcdir), files include
that in spite of "-iquote ." on the compiler command line.
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Reported by Marco Wahl. When building in a separate directory,
the y.tab.h file isn't found because the current directory is
not searched by the compiler. It searches only the original
source tree and the local config directory.
* Makefile (TXR_CFLAGS): We must have . in the include
file search path otherwise files can only find y.tab.h
when it's in the same directory where they are.
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* eval.c (me_opip): Just like dwim forms are left
untransformed, we also leave untransformed (uref ...) and
(qref ...) forms. Otherwise they get wrapped in the (do ...)
syntax and don't work right. This treatment is so
broken/useless that no compatibility switch is needed here.
* txr.1: Documentation for opip/oand updated.
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The directives which are involved in special phrase
structure syntax like @(collect), @(end), @(and)
and many others have always been a hack, recognized
specially in the lexical analyzer and handled in the
parser. The identifiers were not treated via the normal
Lisp interning mechanism.
In this patch, we try to make the illusion more complete
and functional.
Going forward, these symbols are understood as being
interned in the usr package. As a special relaxation,
keyword symbols may be used in their place, so that
@(:end) is the same as @(end) and @(:collect)
is the same as @(collect).
Suppose that @(collect) is scanned, but the collect symbol
interned in the current package isn't usr:collect,
or keyword:collect. Then this is an error.
Further, package prefixes may be used. The syntax
@(abc:collect) is still valid and is still recognized
as the head of the @(collect) phrase structure syntax.
However, if abc:collect isn't the same symbol as either
usr:collect or :collect, then an error is triggered.
* parser.l (grammar): Recognize optional package prefixes on
directive phrase structure identifiers.
(directive_tok): Extract package prefix and symbol from
lexeme. Implement the above described checks for all the
cases.
* txr.1: Added description of this under the Packages and
Symbols section.
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* parser.l (directive_tok): New static function.
(grammar): Replace repeated code with calls to
directive_tok.
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* RELNOTES: Updated.
* configure, txr.1: Bumped version and date.
* share/txr/stdlib/ver.tl: Likewise.
* txr.vim, tl.vim: Regenerated.
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* share/txr/stdlib/termios.tl (termios go-raw):
Fix call to nonexistent method.
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Not sharpening it, but extending the opaque white background,
with some alpha fuzzing by hand. Looks better defined on
window title.
* win/txr.xcf: 16x16 icon layer edited.
* win/txr.ico: Updated.
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Noticed that the shortcuts created by NSIS are configured
to start in the TXR standard library installation
directory. Why is that? Because the locatio specified
by the most recent SetOutPath is used for this!
* inst.nsi: Before creating shortcuts, switch
SetOutPath to $PROFILE, which is NSIS's variable denoting
the user's profie directory, same as the Windows
USERPROFILE environment variable.
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* txr.1: Under finalize function mention that finalizers
can also be called using call-finalizers.
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* txr.1: Fix references to nonexistent *package-list*
variable under Handlers and Sandboxing.
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* eval.c (expand_lisp1): if the form is an atom that
is not a bindable symbol, just return it; don't wastefully
call into expand which has to save and restore some context.
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DWIM expressions like [a b c] are not raising expansion-time
warnings about a, b, c being unbound.
* eval.c (expand_lisp1): The problem is that here we just
return in the case that the symbol is bindable and has no
macro expansion! Before returning, we must check whether
the symbol has a binding in the variable or function space.
If not, raise a warning.
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When tracing for two or more functions is enabled in a single
trace form, the the function tracing hooks print the wrong
name for all but the rightmost function.
* share/txr/stdlib/trace.tl (sys:trace): Fix code which
assumes that the each operator binds fresh lexical variables
on each iteration. Bind a fresh lexical variable lex-n which
copies the current value of the loop variable n, and refer
to this lexical out of the tracing lambda.
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* tests/012/fini.tl: New file.
* tests/012/fini.expected: New file.
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Implementing warning for the situaton when the qref, uref, usl
and umeth macro operators are asked to refer to a slot that
doesn't exist in any struct type. This won't catch errors
referencing a slot on the wrong type, but it will catch slots
that are misspelled in such a way that the typo doesn't land
on any slot.
* share/txr/stdlib/struct.tl (defstruct): Register tenative
slot definitions for all slots to nuke warnings.
(sys:check-slot): New function.
(qref, usl, umeth): Check slots with sys:check-slot.
(uref): Drop :whole argument, which is unused.
(defmeth): Register tentative definition for slot.
* struct.c (slot_s, static_slot_s): New symbol variables.
(slot_type_hash, static_slot_type_hash): New hash tables,
associating symbols with lists of struct type names
in which they are defined.
(struct_init): Initialize and gc-protect hashes.
Initialize new symbols, interning in system package.
Register new intrinsic funtions sys:slot-types and
sys:static-slot-types.
(make_struct_type): Register slots in new hashes.
(static_slot_ens_rec): Register new slow in static
slot hash.
(slot_types, static_slot_types): New functions,
registered as intrinsics.
(slot_type_reg, static_slot_type_reg): New functions.
* struct.h (print_s): Declared.
(slot_s, static_slot_s): Declared.
(slot_types, static_slot_types, slot_type_reg,
static_slot_type_reg): Declared.
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Code to invoke finalizers and remove them from the
list is consolidated: both the gc and call-finalizers
now use the same lower-level function.
Finalizers may now themselves call-finalizers; it is no longer
"unspecified behavior". This greatly improves the the TXR Lisp
support for RAII, since :fini handlers of objects can call
finalization on related objects. For instance a container
being finalized can call the finalizers of contained objects.
* gc.c (call_finalizers_impl): New function. Gathers all
eligible finalizer registrations into a local list,
first, removing them from the global list. Then does the
calls in a second pass. Also, relative to the original
functions which it replaces, this fixes an incorrect case:
when the list is of length 1 and contains an eligible
entry, in which case the global final_tail pointer is left
aiming at a local variable!
(is_reachable_final): New static function.
(call_finalizers): Use call_finalizers_impl, specifying
is_reachable_final as the predicate.
(is_matching_final): New static function.
(gc_call_finalizers): Use call_finalizers_impl, specifying
is_matching_final as the predicate.
* txr.1: Update documentation about call-finalizers.
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The existing behavior is: when a situation like @a@(foo)
performs a search for the match for @(foo) in order to
determine the extent of the text matched by variable a, the
variable a is not bound. That is to say, @(foo) is tried in an
environment in which a doesn't exist. The variable is only
bound when the search succeeds, and then @(foo) is processed
again, with the variable now available.
The new behavior is that @(foo) is tested in an environment
in which a is bound. The variable's value is bound to the
range of text between the original position and the tested
position where @(foo) is tried.
This is subject to the copatibility option.
* match.c (ml_bindings_specline_pos): New static function.
(search_match_binding_var): New static function, variant of
search_match.
(h_var): In the var-delimited-by-directive case, perform
the search using search_match_binding_var, unless <= 172
compatibility is requested.
* txr.1: Compatibility note added.
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* match.c (search_match): Calling consume_prefix from this
function does nothing because it does not advance c->pos,
and so it is hereby removed. This was introduced in commit
fce7c87fa0099e5414607676fc73c9dfa9d7649c
on 2012-02-11, at the same time when consume_prefix
was introduced.
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If the main file of an application is a .txr file, unbound
function and variable warnings are not being generated.
* match.c (v_load): For consistency with the load
function in eval.c, release deferred warnings in the normal
return case, if we are not a recursive load. However, this
doesn't fix anything because a load or include is always
recursive being invoked from a .txr file that is being loaded.
The problem is in fact that the recursive flag is nil
when it shouldn't be, and then the uw_unwind block
obliterates the warnings.
* txr.c (txr_main): We must bind *load-recursive* to t
around not just the loading of Lisp, but also of TXR.
Otherwise the individual loads will release warnings,
raising false positives for forward references.
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When completing .prefix[TAB], .(prefix[TAB] or .[prefix[TAB],
restrict identifiers to the appropriate namespace. The former
will report only symbols from the relevant package which are
struct slots; the latter further restricts it to those which
are static slots defined as functions.
* lib.c (symbol_visible): Static function becomes extern.
* lib.h (symbol_visible): Declared.
* parser.c (find_matching_syms): par parameter is renamed
kind and can hold additional values 'S' (slots) and 'M'
(methods). New get_slot_syms function is used to fetch the
slots, as necessary, instead of the visible syms, if the
kind is 'S' or 'M'. The same loop as before (with the minor
change of recognizing 'S' and 'M' also) performs the prefix
matching.
(provide_completions): Recognize . .( and .[ prefix,
calculating the kind argument of find_matching_syms in
a new way.
* struct.c (get_slot_syms): New function.
* struct.h (get_slot_syms): Declared.
* txr.1: Add some notes about this under the description of
completion. The full rules are not given though; let the
user discover.
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* RELNOTES: Updated.
* configure, txr.1: Bumped version and date.
* share/txr/stdlib/ver.tl: Likewise.
* txr.vim, tl.vim: Regenerated.
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When setting up a handler frame, we note down the current
package alist and package in the frame. Then when invoking the
handler, we rebind the *package* and *package-alist* special
variables.
This is a needed security measure for sandboxing. Since
handlers do not unwind (and therefore do not restore special
variables) a handler in sandboxed code could catch an
exception from non-sandboxed code that has changed *package*
or *package-alist*, and take advantage of those changed
values to escape from the sandbox.
* unwind.c (uw_push_handler): Store current package and
package-alist into new fields in the handler frame.
(invoke_handler): Set up a new dynamic environment and
bind *package* and *package-alist* around the handler
call, to the values noted in the frame. Thus the handler
executes with whatever package context was current when
the handler was established.
* unwind.h (struct uw_handler): New members, package and
package_alist.
* txr.1: Add paragraph to Exception Handling about this
issue.
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* lisplib.c (lisplib_try_load): Around the load, don't just
bind *package* to the user package, but also *package-alist*
to the original initialization-time list of packages.
This allows auto-loading to work in sandboxed code.
This has security implications: if sandboxed code can somehow
trigger an error situation in an auto-load which then
calls back into a handler in the sandboxed code, it then
has access to the full usr and sys packages.
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* eval.c (eval_init): Register *package-alist* variable,
taking on the contents of the packages variable.
* lib.c (package_alist_s): New symbol variable.
(make_package, packagep, find_package, package_alist); Work
with dynamic package alist variable via cur_package_alist_loc
macro.
(get_current_package_alist_loc): New function.
* lib.h (cur_package_alist_loc): New macro.
(packages, package_alist_s, get_current_package_alist_loc):
Declared.
* txr.1: Documented *package-alist* along with notes about
sandboxing. Documented that the package-alist function is
now obsolescent.
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* lib.h (default_bool_arg): Inline function renamed to
default_null_arg.
* eval.c (if_fun, pad, ginterate, giterate, range_star, range,
constantp, macroexpand_1, macro_form_p, expand_with_free_refs,
do_expand, eval_intrinsic, func_get_name, make_env_intrinsic):
Follow rename.
* arith.c (lognot): Likewise.
* gc.c (gc_finalize): Likewise.
* glob.c (glob_wrap): Likewise.
* hash.c (group_reduce, gethash_n): Likewise.
* lib.c (print, multi_sort, lazy_str, vector, iff, tok_str,
split_str_keep, search_str, remove_if, val): Likewise.
* match.c (match_fun): Likewise.
* parser.c (lisp_parse_impl, regex_parse): Likewise.
* rand.c (make_random_state): Likewise.
* regex.c (read_until_match, search_regex, regex_compile):
Likewise.
* socket.c (sock_accept, sock_connect): Likewise.
* stream.c (open_files_star, open_files, run, open_process,
open_tail, get_string, record_adapter): Likewise.
* struct.c (static_slot_ensure, static_slot_ens_rec,
clear_struct, make_struct_type): Likewise.
* sysif.c (exec_wrap, errno_wrap, cobj_ops_init): Likewise.
* unwind.c (uw_capture_cont, uw_find_frames_impl): Likewise.
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* linenoise/linenoise.c (edit_in_editor): Close the file
stream after writing out the temporary file, before launching
the editor. On Windows, Notepad complains that the file is in
use by another application and cannot write to it. Windows Vim
treats the file as read-only in spite of good permissions.
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The tracing module should warn when traced functions or
methods are being redefined, and stop tracing the original
methods.
* eval.c (trace_check): New function. Calls
sys:trace-redefined-check if the trace module has been
loaded, otherwise does nothing.
(op_defun, op_defmacro): Call trace_check to have a warning
issued for a redefined traced function or macro.
* eval.h (trace_check): Declared.
* lisplib.c (trace_loaded): New global variable.
(trace_instantiate): Flip trace_loaded to t.
* lisplib.h (trace_loaded): Declared.
* share/txr/stdlib/trace.tl (sys:trace-redefine-check): New
function. Checks two situations: traced function or method
is redefined (neither old nor new is traced any longer),
and traced method is overridden (base method continues to be
traced, override is not traced).
* struct.c (static_slot_ensure): Do a trace check here,
taking care of defmeth.
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When a method is traced that is actually derived from
another struct type, we convert the (meth ...) name
to refer to that type and issue a warning.
* share/txr/stdlib/trace.tl (sys:trace-canonicalize-name): New
function.
(sys:trace): Canonicalize name, and trace the canonicalized
name. Warn if it is different from the original name.
(sys:untrace): Likewise for untracing.
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* txr.1: Add missing description of the opt convenience
function for constructing opt-desc structures.
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* struct.c (struct_init): Register intrinsic function
static-slot-home.
(lookup_static_slot_desc_load): New static function.
(static_slot_home): New function.
* struct.h (static_slot_home): Declared.
* txr.1: Documented.
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* struct.c (lookup_static_slot_desc, lookup_static_slot,
lookup_static_slot_load, get_equal_method): Remove stype
argument; it is only passed down through the calls and not
used at the leaf level.
(static_slot, static_slot_set, static_slot_ens_rec,
struct_inst_print, struct_inst_equalsub, method_name): Don't
pass stype to slot lookup functions that no longer take it.
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