#! line, use the command on that line as the shell command to use to
execute the region. I.e. if the region looks like
----------------
#! /usr/bin/env python1.5
print 'hello world'.startswith('hello')
----------------
you'll get an exception! :)
This closes SF bug #232398.
python-mode file, py-which-shell would have been nil and the command
to use would not get set correctly. This changes things so that 1)
the temporary file has a .py extension, 2) the temporary file is put
into python-mode, and 3) the temporary file's py-which-shell is
captured in a local `shell' variable, which is used to calculate the
command to use. Closes SF bug #545436.
(py-parse-state): Rip out the XEmacs-specific calls to
buffer-syntactic-context, which can get quite confused if there's an
open paren in column zero say, embedded in a triple quoted string.
This was always a performance hack anyway, and computers are fast
enough now that we should be able to get away with the slower, more
portable, full-parse branch. Closes SF bug #451841.
Update the comments at the top of the file.
- islink() now returns true for alias files
- walk() no longer follows aliases while traversing
- realpath() implemented, returning an alias-free pathname.
As this could conceivably break existing code I think it isn't a bugfix candidate.
+ Redirect PyMem_{Del, DEL} to the object allocator's free() when
pymalloc is enabled. Needed so old extensions can continue to
mix PyObject_New with PyMem_DEL.
+ This implies that pgen needs to be able to see the PyObject_XYZ
declarations too. pgenheaders.h now includes Python.h. An
implication is that I expect obmalloc.o needs to get linked into
pgen on non-Windows boxes.
+ When PYMALLOC_DEBUG is defined, *all* Py memory API functions
now funnel through the debug allocator wrapper around pymalloc.
This is the default in a debug build.
+ That caused compile.c to fail: it indirectly mixed PyMem_Malloc
with raw platform free() in one place. This is verbotten.
+ Continued looping until n bytes in the buffer have been filled, not
just when n bytes have been read from the file. This repairs the
bug that f.readlines() only sucked up the first 8192 bytes of the file
on Windows when universal newlines was enabled and f was opened in
U mode (see Python-Dev -- this was the ultimate cause of the
test_inspect.py failure).
+ Changed prototye to take a char* buffer (void* doesn't make much sense).
+ Squashed size_t vs int mismatches (in particular, besides the unsigned
vs signed distinction, size_t may be larger than int).
+ Gets out under all error conditions now (it's possible for fread() to
suffer an error even if it returns a number larger than 0 -- any
"short read" is an error or EOF condition).
+ Rearranged and simplified declarations.
test data: this test fails on WIndows now if universal newlines are
enabled (which they aren't yet, by default). I don't know whether the
test will also fail on Linux now.
pointers is a signed type. Changing "allocated" to a signed int makes
undetected overflow more likely, but there was no overflow detection
before either.
distinct top-level node. Before they were all nested under an artificial
top-level node, uselessly chewing up horizontal space, and ensuring that
the only thing the user saw in the TOC upon opening the file was a single
collapsed top-level folder.
HTML (or, at least, proper in its view). The TOC file is now identical
to what the HTML compiler itself generates, except for whitespace and
a glitch identified below. The pretty-printing done by prechm.py is
pretty much destroyed for now; if you need it pretty-printed, just make
the Help Compiler save the files (it's got its own idea of pretty-
printing anyway).
Glitch: The title of Ref Man "2.1.6 Blank lines" shows up as a blank
for now. This is because the relevant entry in ref/index.html contains
nested anchors, and pychm really has no idea what to do with that. I
hacked it for now to avoid any error messages or worse insanity, and
filed a bug report against the docs.
methods to squash code duplication. Simplified several overly complex
chunks of logic. Built output strings more with string interpolation
instead of infix '+'. Added comments. Exploited recent Python features
(chiefly bool and augmented assignment).
PyFrame_FastToLocals() and PyFrame_LocalsToFast() had a return if
f_nlocals was 0. I think this was a holdover from the pre 2.1 days
when regular locals were the only kind of local variables.
The change makes it possible to use a free variable in eval or exec if
it the variable is also used elsewhere in the same block, which is
what the documentation says.
to reference fields via names instead of meaningless little integers.
This turned up one case where the wrong little integer was being used,
in informative progress output. Fixed that too.
SF bug #522264 reported by Evelyn Mitchell.
The code included a comment about "STAR STAR" which was translated
into the code as the bogus attribute token.STARSTAR. This name never
caused an attribute error because it was never retrieved. The code
was based on an old version of the grammar that specified kwargs as
two tokens ('*' '*'). I checked as far back as 2.1 and didn't find
this production.
The fix is simple, because token.DOUBLESTAR is the only token
allowed. Also update the grammar fragment in com_arglist().
XXX I'll bet lots of other grammar fragments in comments are out of
date, probably in this module and in compile.c.
+ Increased size of the window the user sees the first time.
+ Arranged for the display to remember its last size and position.
+ Added a Favorites (bookmarks) tab.
+ Added the "Advanced Search" decorations.
pymalloc, apparently. Fixed, but this means all bgen-generated modules will
have to be re-generated.
I hope (and expect) that the pymalloc fixes aren't bugfix candidates, because
if they are this is one too.
