See: https://github.com/universal-ctags/ctags/pull/2084
This import has 3 difference with upstream, not to use newer API than
current Geany has, and to workaround current limitations of Geany ctags
calls: imports are enabled by default and don't have a specific role.
This fixes support for COBOL symbols after the recent breakage of regex
parsers, as well as introducing additional features and bug fixes.
Also import some of the tests.
https://github.com/universal-ctags/ctags/pull/2076
Part of #2119.
* Use latest version of htable
* Use latest version of mio
* Use latest version of objpool
* Use latest version of ptrarray
* Use latest version of vstring
This also requires adding trashbox.c/h which is now used by vstring and
inline macros from inline.h.
* Rename fieldSpec to fieldDefinition
See b56bd065123d69087acd6f202499d71a86a7ea7a upstream.
* Rename kindOption to kindDefinition
See e112e8ab6e0933b5bd7922e0dfb969b1f28c60fa upstream
* Rename kinds field in parserDefinition to kindTable
See 09ae690face8b5cde940e2d7cf40f8860381067b upstream.
* Rename structure fields about field in parserDefinition
See a739fa5fb790bc349a66b2bee0bf42cf289994e8 upstream.
* Use kindIndex instead of kindDefinition
This patch replaces kindDefinition related entries from sTagEntryInfo
with kindIndex so kinds are referenced indirectly using the index. For
more info please refer to commits:
16a2541c0698bd8ee03c1be8172ef3191f6e695a
f92e6bf2aeb21fd6b04756487f98d0eefa16d9ce
Some other changes had to be made to make the sources compile (without
bringing all the diffs from upstream). At some places, which aren't used
by Geany, only stub implementations have been created.
In particular, the regex parser has been disabled (for now?) because its
current implementation doesn't allow accessing kindDefinitions using
index and allowing this would require big changes in its implementation.
The affected parsers are Cobol, ActionScript and HTML. For HTML we can
use the token-based parser from upstream, and we should consider
whether Cobol and ActionScript are worth the effort to maintain a separate
regex implementation using GRegex (IMO these languages are dead enough
not to justify the extra effort).
The patch also disables tests for languages using regex parsers.
* Rename roleDesc to roleDefinition
See 1345725842c196cc0523ff60231192bcd588961b upstream. Since we don't care
about roles in Geany, we don't have to do the additional stuff the upstream
patch does.
* Add XTAG_ANONYMOUS used by jscript
See 0e4c5d4a0461bc8d9616fe3b97d75b91d014246e upstream.
* Include stdint.h in entry.h
* Don't use hash value as an Anonymous field identifier
Instead of something like "Anonymous0ab283cd9402" use sequential integer
values like "Anonymous1".
* Call anonReset in main part
See 3c91b1ea509df238feb86c9cbd552b621e462653 upstream.
* Use upstream javascript parser
* Use upstream css parser
* Create correctly sized MIO for 0 size
See https://github.com/universal-ctags/ctags/pull/1951
* Always enable promise API and subparsers for Geany
* Support subparsers in Geany and add HTML parser demonstrating this feature
This feature requires several changes:
1. Propagating language of the tag from ctags to Geany so we know whether
the tag comes from a master parser or a subparser.
2. We need to address the problem that tag types from a subparsers can
clash with tag types from master parsers or other subparsers used by the
master parser. For instance, HTML and both its css and javascript
subparsers use tm_tag_class_t but HTML uses it for <h2> headings, and
css and javascript for classes. Representing all of them using
tm_tag_class_t would lead to complete mess where all of these types would
for instance be listed in the same branch of the tree in the sidebar.
To avoid this problem, this patch adds another mapping for subparsers where
each tag type can be mapped to another tag type (which isn't used neither
by master parser or other subparsers). To avoid unwanted clashes with other
parsers, only tags explicitly mentioned in such mappings are added to tag
manager; other subparser tags are discarded.
For HTML this patch introduces mapping only for tm_tag_function_t (which
in this case maps to the same type) to mimick the previous HTML parser
behavior but other javascript and css tag types can be added this way
in the future too.
3. Since in most of the code Geany and tag manager assume that tags from
one file use the same language, subparser's tags are modified to have the
same language like the master parser.
4. HTML parser itself was copied from upstream without any modifications.
Tests were fixed as the parser now correctly ignores comments.
* Rename truncateLine field of tagEntryInfo
See 0e70b22791877322598f03ecbe3eb26a6b661001 upstream. Needed for Fortran
parser.
* Add dummy mbcs.h and trace.h
Included by javascript parser.
* Introduce an accessor to `locate' field of `Option'
See fb5ef68859f71ff2949f1d9a7cab7515f523532f upstream. Needed for Fortran.
* Add numarray.c/h
Needed by various parsers.
* Add getLanguageForFilename() and getLanguageForCommand()
See
416c5e6b8807feaec318d7f8addbb4107370c187
334e072f9d6d9954ebd3eb89bbceb252c20ae9dd
upstream. Needed for Sh parser.
* txt2tags: Fix scope separator definition and re-enable tests
* Rename rest.c to rst.c to match upstream filename
* Use upstream asciidoc and rst parsers
* Add asciidoc and rst unit tests
* Rename conf.c to iniconf.c to match upstream filename
* Add tests of conf, diff, md parsers from universal ctags
* Add more ctags unit tests
This patch adds unit tests for: nsis, docbook, haskell, haxe, abaqus, vala,
abc.
The only missing unit tests are for GLSL and Ferite parsers which
however share the implementation with the C parser and should be
reasonably well covered by other C-like language tests.
The tests were put together from various tutorials and help of the
languages in order to cover the tags these parsers generate. No guarantee
they'd compile with real parsers.
* Rename latex.c to tex.c to match upstream filename
* Rename entry points of parsers to match upstream names
* Initialize trashbox
* Add newline to the end of file
We don't use the return value of getNestingLevel(), only its
nestingLevelsPop() semantics. Get rid of the return value and rename the
function to avoid confusion.
main/field.c:968:23: warning: \
suggest braces around empty body in an ‘else’ statement [-Wempty-body]
AssertNotReached();
Signed-off-by: Masatake YAMATO <yamato@redhat.com>
The previous code would skip parsing with sub-parsers so these would not
work. Running full createTagsWithFallback1() in this case would cause
two problems:
1. We would have to propagate the extra callback arguments to
runParserInNarrowedInputStream()
2. And the callbacks after each pass should not actually be called in this
case because the caller expects these are called for the master parser,
not the sub-parsers.
So instead just do simple parsing without re-tries which are used only in
the C and Fortran parsers which lack sub-parser capability anyway.
This is basically a false-positive by GCC since static variables are
unambiguously zeroed-out per the language standard, but the workaround
is simple enough.
Escaped newlines were properly handled inside preprocessor directives,
but not otherwise.
Seeing `continue` here suggests the code used to work a long time ago
but some loop refactoring broke it, as now it would not stay in the
loop unless in a preprocessor directive. Or maybe it only ever worked
for preprocessor directives, and the `continue` was superfluous?
Fixes#1370.
Library users probably want all found tags and decide themselves whether
the tag is interesting for them or not. Revert "enabled" values in c.c
to their previous values to match uctags as these are ignored now.
First, make sure that when calling cppGetc() and cppUngetc() the signature
is properly updated.
Second, make sure that signature is cleared when preparing for new token
read.
This commit basically just moves stuff from tm_ctags_wrappers.c/h to
ctags. The "api.h" file has been renamed to "ctags-api.h" to make it
clearer it belongs to ctags when included.
The code also tries to completely isolate ctags from the caller;
previously we were using tagEntryInfo to pass information to Geany. This
however required including entry.h which added lots of other stuff we
don't want in the API. Instead create an auxiliary struct that holds
all the needed information from tagEntryInfo (currently only the stuff
used by Geany) and copy all the info from tagEntryInfo before invoking
the callback.
Protect library-specific stuff by CTAGS_LIB macro which also makes it
better visible what changes had to be made to convert ctags into library.
Changes which need further Geany sync and aren't library-related aren't
protected by the macro.
Move things from geany.c/h to the locations where they belong and rename
geany.c/h to api.c/h into which API-like functions will be moved in the
next commits (mostly things from tm_ctags_wrappers.c/h).
Add complete main.c from uctags and just remove main() using the CTAGS_LIB
macro.
See
cd460f4c19bf940fc4290b5ceca1dba873baf7cb
eb347f8fe08ac0d5467b4020aceb1a5ecbdd12aa
That said the readLineRaw() is completely mad and wrong. In the first
iteration pLastChar is set to position -2 where it's assigned '\0' so
there's invalid memory access.
Since iFileGetLine() uses mio_gets() too, we should unify the two.
If we don't define the DEBUG macro (which we don't), all the assert
operations will be NOOPs. The asserts aren't that terribly useful
(usually the crash happens just the following line) and uctags should
be reasonably well tested by the uctags project so we can drop them.
