This makes symbols_get_current_function() more accurate by using TM
data even on a modified file if realtime tag parsing is enabled, thus
if the data has reasonable chances to be correct.
This prevents a crash if the VTE library we happen to load lacks a
symbol we need, which can happen e.g. if the user passed an improper
library to the --vte-lib command-line option or if the VTE library is
loadable but broken.
When clicking a symbol in the Symbols sidebar and holding the Control modifier key, don't
set the focus to the editor widget so further navigation in the Symbols sidebar with keys
is possible.
When collapsing a fold range whose starting line is offscreen,
scroll the starting line to display at the top of the view.
Otherwise it can be confusing when the document scrolls down to hide
the folded lines.
Since reading locale and reading encodings from within files by regex
can find encodings not on the Geany list, saving as text ensures that
any encoding found can be saved in the session, otherwise a file can
be opened but will not re-open because the encoding cannot be saved
in the session. Since numeric encoding names exist prefix the text
name by 'E' so they can be distinguished from saved numeric indexes.
For all languages, this change allows comments at the end of the
checked line, e.g.:
if 42: # magic number
print("I'm indented!")
For languages with braces, it also properly indent if there is code
on the same line as the opening brace, e.g.:
if (42) { printf("some code here...");
printf("...but I'm properly indented");
} else { /* comment! */
printf("normal block is fine too, of course");
}
Although this is uncommon (and quite ugly) it's valid and should be
handled properly.
We used to draw the pages to print ourselves, but it is a tedious and
error-prone task (and we did made mistakes) that Scintilla would do
better by itself. So, rewrite the GTK (e.g. non-external) print code
to use Scintilla's built-in capabilities of drawing the buffer's
content on the pages.
Not only this makes the code a lot simpler and shorter, but it gives a
more accurate render (proper handling of tab stops, wrapping on word
boundaries, no missing character when a wrapped line spans on multiple
pages, ...), and it is noticeably faster (around 3 times).
Additionally we now paginate properly, which fixes printing starting
after page 1 or printing non-contiguous pages (we used to always print
starting from page 1 and counting, no matter what pages were selected).
However, note that obviously the render is not the same, even though
it's quite similar.
f4eb89cd7d79738a9c6c45e29abdd9d15d22e4fd was partially wrong and
removed legitimate re-matches when two different matches ends at the
same position. Particularly, the replacement changes are reverted.
Interestingly, Perl and Python does not agree on how to do such
replacements. Python does what I did in the above-cited commit, e.g.
doesn't replace twice if the match end overlaps, but Perl does.
Perl looks more legitimate here since both Python and Perl does find
the overlapping matches when performing a search, so Python is the odd
guy here doing it differently on replace than it does upon search.
For example, replacing using the pattern "a?(?=b)" and the replacement
string "_":
Python: ababcdb -> _b_bcd_b
Perl: ababcdb -> __b__bcd_b
But finding using the same pattern on the same input gives the same
results on both:
Python: ababcdb -> ['a', '', 'a', '', '']
Perl: ababcdb -> ['a', '', 'a', '', '']
Anyway, GLib and us claim to support "Perl-compatible regular
expressions", so we gotta follow Perl, especially in such doubtful
situations.
Regular expressions might match empty ranges, which weren't handled
properly, but generally simply omitted.
For example, the regular expression "^$" (empty line) never matched
because we assumed empty results were not interesting, and actually
needed more care in the code. Alike, an expression matching only on
its lookahead part, like "a?(?=b)" against "b", would stop further
search, although it could even match a non-empty range if "ab" is
present later in the input. This last kind of expressions also lead
to double-replacement because they first matched "ab" and then "b"
alone when re-matching after the "a" replacement.
This commit fixes:
* searching when the matched range is empty;
* step-by-step search when matching an empty range;
* double replacement when the pattern re-matches an empty range
straight after a replacement;
* replacement to and empty string when the matching an empty range.
A know issue though is the step-by-step replacement that won't replace
an empty match but rather find the next match.
If a search matched the very last character of the document, next
search attempt started out of the document bounds. This even lead
to an infinite loop due to an improper sanity check.
By the way, this fixes matching of contiguous results, as the next
search used to improperly skip one character after the result.
Although this looks like a huge issue, it was actually visible almost
only on the match count since the whole matching line was printed.
Use the current document's directory unless the directory field has
already been edited and the current document has not changed.
Otherwise, prepend the current document's directory to the drop-down
history in case it is wanted.
This is useful to avoid losing the edited directory when it is less
likely the user wants to use the current document's directory.
Previously it was using a GLIB assertion which shouldn't be used
to detect a normal condition and so it caused a warning on the
console output when clicking "Reload" with an "untitled" document.
We explicitly use GModule's .pc since 7b2f0fe, and it provides the
appropriate flag: we don't need to add it ourselves anymore. Moreover,
since this flag is not needed (nor available) on all platforms (e.g.
Windows or MacOS X), it is safer to let GModule deal with adding it
anyway.
