| Commit message (Collapse) | Author | Age | Files | Lines |
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* txr.1: Update the list of syntactic places to list all the
new places that have been added, plus a few additional edits.
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* lib.c (in): A simple check and fallthrough lets this
function process hash tables more generally in this function.
* txr.1: Documented.
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* lib.c (in): Keep the existing specialized cases, but use
seq_info in the fallback.
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* lib.c (take, take_while, take_until, drop_while,
drop_until): Move repeated function name into self variable.
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* lib.c (drop_while, drop_until): Use seq_info, so these
functions work with all sequences. Thus now for instance
[drop-while zerop #b'0000f00d'] yields #b'f00d'.
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* lib.c (empty): Add carray sub case to COBJ case.
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* lib.c (nullify): Add carray and hash subcases into
the COBJ case.
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* txr.1: Clarify that nullify also just returns its argument
if it is not a sequence at all. Clarify that nullify works
on objects via the nullify method only.
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* lib.c (nullify, list_collect, list_collect_nconc,
list_collect_append, list_collect_nreconc,
list_collect_revappend): Handle buffer type.
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* lib.c (list_collect): Handle sequence-like COBJ objects.
We can add an item to using their respective replace
functions.
(replace_obj): Change to external linkage.
* lib.h (replace_obj): Declared.
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* lib.c (list_collect, list_collect_append,
list_collect_revappend): Use local
variables to avoid repeated expressions.
(list_collect_nconc): Only call nullify in necessary cases.
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* lib.c (seqp): Use seq_info to classify the object
as a sequence.
* txr.1: Update description of seqp.
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* lib.c (replace): If a COBJ is passed to replace which
doesn't support the operation, we wrongly pass it to
replace_buf because the BUF case was added into the
fallthrough pass. The end result is that length_buf blows up
on the object, resulting in a strange diagnostic.
The BUF case must be moved above COBJ.
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* Makefile (OBJS): Add chksums/crc32.o.
* chksum.c (crc32_stream, crc32): New functions.
(chksum_init): Register crc32-stream and crc32 intrinsic
functions.
* chksums/crc32.c, chksums/crc32.h: New files.
* txr.1: Documented.
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* share/txr/stdlib/struct.tl (sys:new-expander): The
syntax (lnew (type boa args ...)) is not being handled
at all due a typo in the case. Moreover, the
syntax (lnew type slot0 val0 slot1 val1 ...) is broken
due to a missing unquote on the type gensym in the
output template.
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* chksum.c, chksum.h, chksums/sha256.c, chksums/sha256.h: New files.
* lib.c (init): Call chksum_init.
* txr.1: Documented.
* LICENSE: Add SHA-256 copyright notice.
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* txr.1: Buffers are now documented after strings and vectors.
Buffer streams are in the I/O section. Note: the diff between
this and the previous commit needs to be generated with
git diff --minimal. Otherwise it looks like over 30,000 lines
of changes.
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* filter.c (base64_encode): Handle an object of either string
or buffer type by using make_byte_input_stream.
(base64_decode_buf): New function.
(filter_init): Register base64-decode-buf intrinsic.
* filter.h (base64_decode_buf): Declared.
* stream.c (make_byte_input_stream): New function.
* stream.h (make_byte_input_stream): Declared.
* txr.1: Updated.
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Objects should almost always be printed as ~s.
If a bad object is printed as ~a, junk could result
on the terminal if it's a buffer, for instance.
* stream.c (stdio_maybe_read_error, stdio_maybe_error,
stdio_close, pipe_close, parse_mode, normalize_mode,
normalize_mode_no_bin, cat_unget_byte, cat_unget_char,
unget_byte, open_directory, open_file, open_tail,
open_command, open_process, run, remove_path, rename_path):
Revise conversion specifiers in error message formatting.
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* txr.1: Two issues fixed while proof-reading: missing "a"
article and a missing plural.
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* txr.1: In two places, fix an awkward "; that is, has ..."
and "; that is, is ..." grammatical curiosity.
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* txr.1: "following three expressions" should be "two".
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* share/txr/stdlib/compiler.tl (usr:dump-to-tlo): This
function has no reason to be named by a usr package symbol.
Renaming to sys:dump-to-tlo.
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* sysif.c (at_exit_do_not_call): Reverse Boolean polarity of
return value to match documentation.
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* RELNOTES: Updated.
* configure, txr.1: Bumped version and date.
* share/txr/stdlib/ver.tl: Likewise.
* txr.vim, tl.vim: Regenerated.
* protsym.c: Likewise.
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* arith.c (ash): Introduce smaller scopes and move variable
initializations close to their use. The NUM case of argument
a no longer falls through to the BGNUM case, and doesn't
cons up a bignum object. Rather, a temporary mp_int is
allocated, used and freed. The gc_hint added in the previous
commit is now gone.
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On 32 bit x86 Solaris 10, with gcc 4.9.0, this issue caused a
miscompilation of the pset macro, due to ash abruptly
returning zero, causing the op-code field of an instruction to
be NOOP rather than GCALL.
I'm committing this fix just for reference; I will immediately
replace it with a refactoring of the function.
* arith.c (ash): Add a gc_hint to prevent the a bignum from
being reclaimed if the b = make_bignum() triggers gc.
This happens in the case when the previous case computes
a = make_bignum() and falls through.
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* gc.c (sweep_one): If the swept object matches the break_obj,
only log it if the object isn't free. Otherwise if break_obj
is sitting on the free list, we will uselessly report on it on
every sweep operation, which is very often under --gc-debug
torture operation.
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* lib.c (make_package_common): The way the two hashes are
assigned into the new package here is not correct. The problem
is that the first make_hash can trigger gc. Then it is
possible that the package object will move into the mature
generation, after which the assignment of the second package
is a wrong-way assignment requiring the set macro.
Instead of bringing in that macro, the obvious way to solve it
is to just allocate the hashes first, and then the package:
exactly the way we build a cons cell from existing values.
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* struct.c (make_struct_type): The length and plus operations
can cons if the number of static slots doesn't fit into a
fixnum. Let's move that operation out of the sensitive object
construction region.
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* struct.c (make_struct_type): The static slot lookup for for
a derived method in the supertype can potentially allocate a
cons cell when there is a cache miss, which can trigger gc. So
we can't be doing this while a the new type object object is
partially initialized, because then the garbage collector will
visit uninitialized memory. We move the derived method
lookup down farther to where that value is needed to do the
derived call, just before we return the new type.
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* buf.c (buf_strm_seek): index is a BSD function; we want
to refer to the local variable npos here. This was
fortuitiously caught by GNU C++ which is obtains multiple
overloaded declarations of index from somewhere, and so
in this variable argument list situation thinks that there
isn't enough context to resolve the overload.
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* arith.c (logcount): NUM case doesn't have a return statement
in 64 bit build, statement causing fall-through to BGNUM case
where the integer object is treated as a bignum. This bug has
existed in the function ab initio.
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* arith.c (bitset_s): New symbol variable.
(bitset): New function.
(arith_init): bitset_s initialized, bitset intrinsic
registered.
* lib.h (bitset): Declared.
* txr.1: Documented bitset function and method.
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* ffi.c (carray_replace): Use generic sequence iteration for
range replacement instead of separate list/vector code.
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* lisplib.c (defset_instantiate): Add sub-list, sub-vec and
sub-str symbols as autoload triggers for defset.tl.
* share/txr/stdlib/defset.tl (sub-list, sub-vec, sub-str): New
syntactic places defined with defset.
* txr.1: sub-list, sub-vec and sub-str documented as
accessors.
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The motivation here is that there are behaviors in the
expander which hinder symbol-macro-based renaming techniques.
For instance (expand '(symacrolet ((x y)) (sys:setq x x)))
throws. The right hand side of the setq is fine, but the left
hand one is a forbidden symbol macro. Yet, we would just like
this to expand to (sys:setq y y). The original idea was that
sys:setq occurs as a result of macro-expansion. Therefore,
if its argument is a symbol macro, something must be wrong; it
didn't get expanded. That reasoning is wrong in the face of
explicit expansion techniques that make multiple expansion
passes. For instance (set a b) can become something like
(sys:setq #:g0005 #:g0007) when the intent that in another round
of renaming these gensyms will be defined as symbol macros
which perform one more renaming.
* eval.c (expand_lisp1_value, expand_lisp1_setq): Macro-expand
the symbol and work with the expanded one. We still keep the
check for a symbol macro; these situations can arise if a
symbol macro cannot expand due to circularity.
(do_expand): When checking sys:setq for a bad symbol or symbol
macro, work with the expanded argument.
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* share/txr/stdlib/ffi.tl (carray-sub, sub-buf):
Unfortunately, defset doesn't arrange for the new value to
be evaluated once; we must do it.
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* share/txr/stdlib/defset.tl (defset-expander):
Reduce (,*params) to ,params, which is parallel with the ,args
that it matches.
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* share/txr/stdlib/defset.tl (defset-expander): In code that
binds user-supplied variables and contains a user-supplied
form that refers to those variables, we can't use code like
(op list (gensym)) or [mapcar car ...]. These are susceptible
to capture of the symbols list and car.
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* share/txr/stdlib/defset.tl (defset-expander): In a scope
where we are binding the user-supplied params, we cannot be
binding variables like gpf-pairs that don't have anonymized
names. All these locals must be gensymed, otherwise they are
visible to the store form.
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* tests/012/defset.tl: New file.
* tests/012/defset.expected: New file.
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* buf.c (buf_shrink): It's not immediately obvious why len is
incremented by one if it is zero.
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* lisplib.c (ffi_set_entries): Register autoload for sub-buf
symbol.
* share/txr/stdlib/ffi.tl (sub-buf): Syntactic place
defined via defset.
* txr.1: Updated sub-buf documentation.
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* txr.1: Documentatation for sub accessor fails to specify
that the seq variable is updated with the value returned by
replace.
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* share/txr/stdlib/ffi.tl (carray-sub): We use defset to
define a carray-sub place that updates via carray-replace,
rather than using a place macro to defer to the
generic sub accessor. This results in a more efficient
implementation. This new accessor doesn't require the carray
argument to be a place; unlike sub, it doesn't have to capture
the return value of carray-replace and store it back into
the carray variable.
* txr.1: Updated doc.
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* txr.1: Add mentions of the forgotten define-accessor macro
in text that lists ways of defiing places. Cross-reference
short form of defset and define-accessor.
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* txr.1: Fix ftw function being mistakenly called nftw.
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* txr.1: Numerous library functions whose Description
paragraph begins with "This function" are now introduced by
their name.
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* txr.1: Clarify that list-like sequences are not lists.
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