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From what I can tell, some really early Cygwin versions from around
1998-2000 used to erroneously define _WIN32. This was eventually fixed,
but these days, the `defined(_WIN32) && !defined(__CYGWIN__)` idiom is
unnecessary.
Now, we only check for __CYGWIN__ in xmlexports.h when deciding whether
to use __declspec.
Use a bitmask instead of magic values to
- keep track whether the validation context is part of a parser context
- keep track whether xmlValidateDtdFinal was called
This allows to add addtional flags later.
Note that this deliberately changes the name of a public struct member,
assuming that this was always private data never to be used by client
code.
Under certain circumstances, the HTML parser would try to guess and
switch input encodings multiple times, leading to slow processing of
documents with encoding errors. The repeated scanning of the input
buffer when guessing encodings could even lead to quadratic behavior.
The code htmlCurrentChar probably assumed that if there's an encoding
handler, it is guaranteed to produce valid UTF-8. This holds true in
general, but if the detected encoding was "UTF-8", the UTF8ToUTF8
encoding handler simply invoked memcpy without checking for invalid
UTF-8. This still must be fixed, preferably by not using this handler
at all.
Also leave a note that switching encodings twice seems impossible to
implement correctly. Add a check when handling UTF-8 encoding errors
in htmlCurrentChar to avoid this situation, even if encoders produce
invalid UTF-8.
Found by OSS-Fuzz.
If libz or liblzma are detected with pkg-config, AC_CHECK_HEADERS must
not be run because the correct CPPFLAGS aren't set. It is actually not
required have separate checks for LIBXML_ZLIB_ENABLED and HAVE_ZLIB_H.
Only check for LIBXML_ZLIB_ENABLED and remove HAVE_ZLIB_H macro.
Fixes bug 764657, bug 787041.
Make sure that all parameters and return values of hash callback
functions exactly match the callback function type. This is required
to pass clang's Control Flow Integrity checks and to allow compilation
to asm.js with Emscripten.
Fixes bug 784861.
Don't include windows.h and wsockcompat.h from config.h but only when
needed.
Don't define _WINSOCKAPI_ manually. This was apparently done to stop
windows.h from including winsock.h which is a problem if winsock2.h
wasn't included first. But on MinGW, this causes compiler warnings.
Define WIN32_LEAN_AND_MEAN instead which has the same effect.
Always use the compiler-defined _WIN32 macro instead of WIN32.
This reverts commit 79c8a6b which caused a serious regression in
streaming mode.
Also reverts part of commit 52ceced "Fix infinite loops with push
parser in recovery mode".
Fixes bug 786554.
It's enough if xmlPopInput is called from xmlSkipBlankChars. Since the
replacement text of a parameter entity is surrounded with space
characters, that's the only place where the replacement can end in a
well-formed document.
This is also required to get rid of the "blanks wrapper" hack.
There are only two places where parameter entity references must be
handled. For the internal subset in xmlParseInternalSubset. For the
external subset or content from other external PEs in xmlSkipBlankChars.
Make sure that xmlSkipBlankChars skips over sequences of PEs and
whitespace. Rely on xmlSkipBlankChars instead of calling
xmlParsePEReference directly when in the external subset or a
conditional section.
xmlParserHandlePEReference is unused now.
Before, truncated UTF-8 sequences at the end of a file were treated as
EOF. Create an error message containing the offending bytes.
xmlStringCurrentChar would also print characters from the input stream,
not the string it's working on.
Call xmlBufResetInput before bailing out if switching the encoding
fails. Otherwise, the input pointers are left in an invalid state.
This would typically lead to an internal error in xmlGROW but could also
cause other unforeseen problems.
For https://bugzilla.gnome.org/show_bug.cgi?id=758606
* parserInternals.c:
(xmlNextChar): Add an test to catch other issues on ctxt->input
corruption proactively.
For non-UTF-8 charsets, xmlNextChar() failed to check for the end
of the input buffer and would continuing reading. Fix this by
pulling out the check for the end of the input buffer into common
code, and return if we reach the end of the input buffer
prematurely.
* result/HTML/758606.html: Added.
* result/HTML/758606.html.err: Added.
* result/HTML/758606.html.sax: Added.
* result/HTML/758606_2.html: Added.
* result/HTML/758606_2.html.err: Added.
* result/HTML/758606_2.html.sax: Added.
* test/HTML/758606.html: Added test case.
* test/HTML/758606_2.html: Added test case.
For https://bugzilla.gnome.org/show_bug.cgi?id=756527
and was also raised by Chromium team in the past
When we hit a convwersion failure when switching encoding
it is bestter to stop parsing there, this was treated as a
fatal error but the parser was continuing to process to extract
more errors, unfortunately that makes little sense as the data
is obviously corrupt and can potentially lead to unexpected behaviour.
If entities expansion in the XML parser is asked for,
it is possble to craft relatively small input document leading
to excessive on-the-fly content generation.
This patch accounts for those replacement and stop parsing
after a given threshold. it can be bypassed as usual with the
HUGE parser option.
https://bugzilla.gnome.org/show_bug.cgi?id=692915
the new set of converting functions tried to limit the encoding
conversion of the raw buffer to the consumption one to work in
a more progressive fashion. Unfortunately this was bad for
performances and led to errors on progressive parsing when
a very large chunk was close to the end of the document. Fix
the new internal function and switch back to the old way of
converting. Fix another bug in the process.
Those can be overrided by the XML_PARSE_HUGE option, they
are just default limits for Name lenght, dictionary size limits
and maximum amount of parser lookup.
* include/libxml/parserInternals.h: define the limits
* include/libxml/xmlerror.h: add a new error
* parser.c parserInternals.c: implements the new limits
This was scattered in a number of modules, xmlParserInputPtr
have usually their base, cur and end pointer set from an
xmlBuf used as input.
* buf.c buf.h: add a new function implementing this setup
* parser.c HTMLparser.c catalog.c parserInternals.c xmlreader.c
use the new function instead of digging into the buffer in
all those modules
The main changes are when the internal of the buffers structure
were adressed directly, we now use routines coming from buf.h
The routine xmlParserInputRead() which wasn't used anywhere is
deprecated too.
For https://bugzilla.gnome.org/show_bug.cgi?id=643148
Reported by Bill Clarke <llib@computer.org>, it used a global variable
as a counter for the input id and this was not thread safe. To avoid the
race without adding unneeded locking in the parser path, move the id to
the parser context instead.
* HTMLparser.c: new htmlParseElementInternal non recursive, with
htmlParseContentInternal and new function to handle node info
and element end.
* include/libxml/parser.h: add new stack for element info in parser
context
* parserInternals.c: fee element info stack
* encoding.c parser.c parserInternals.c: when we autodetect an encoding
but it's actually not completely compatible with the one declared
great care must be taken to not convert more than just the first line.
Led to some refactoring, more private functions and a bit of cleanup.
* parser.c: avoid a warning on 64bits introduced earlier
* parserInternals.c: make more checking on the UTF-8 input
Daniel
svn path=/trunk/; revision=3676
