| Commit message (Collapse) | Author | Age |
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Per warnings about house style from automated tools.
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The terminfo doco explicitly states that it covers the case where the
terminal is in application cursor/keypad (i.e. "keypad transmit") mode,
and not where it is in normal cursor/keypad (i.e. "keypad local") mode.
Full screen applications like nvim must switch to and from keypad
transmit mode when expecting the control sequences given by terminfo.
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Per warnings about house style from automated tools.
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This fixes a test failure caused by dfaecb25f6a9a94f29a38d9f2d24a579b3dff5f
not tracking what the current visibility is and whether it matches the
current business state.
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When higher layers flush the TUI layer output buffer, but there is
nothing in the buffer to flush, no longer does the TUI layer write out
unnecessary cnorm/civis sequences surrounding that nothing.
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For the linux terminal type apply the same fixup to the terminfo civis
string that is applied to the cnorm string.
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This is a new convention pioneered by tmux. It does not do much for
nvim; since nvim always looks to see whether it should be making up
"setrgbf" and "setrgbb" capabilities. But it is a way for terminfo to
force this, irrespective of the hardwired list in the code, for more
terminal types. On the gripping hand, updating terminfo descriptions to
actually have "setrgbf" and "setrgbb" capabilities so that nvim never
has to try to invent them in the first place, is as good if not better
an approach for overriding what is baked into the code.
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Use the terminfo set_attribute capability to set multiple attributes in one
control sequence, if it is available.
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From observation, there are several different possible behaviours:
1. Deferred wrap like a real DEC VT. The cursor stays visible in the last
column, and CUB is calculated relative to that column.
Examples: xterm, Unicode rxvt, PuTTY, nosh console-terminal-emulator,
FreeBSD kernel's built-in emulator, Linux's built-in emulator
2. Deferred wrap like a real DEC VT. CUB is calculated relative to the last
column. But the cursor is invisible.
Examples: emulators using newer libvte
3. Non-deferred wrap. The cursor has already wrapped to the next line and CUB
does not wrap back.
Examples: cygwin, Interix
4. Non-deferred wrap that acts like deferred wrap. The cursor has already
visibly wrapped to the next line, but CUB can wrap back around the left
margin.
Examples: Konsole
5. Deferred wrap with visibly out of bounds cursor. The cursor visibly moves
outwith the screen boundaries. CUB is calculated relative to a cursor
column that has overflowed the end of the screen grid array.
Examples: iTerm2
6. Deferred wrap with invisibly out of bounds cursor. CUB is calculated
relative to a cursor column that has overflowed the end of the screen grid
array. And the cursor is invisible.
Examples: emulators using older libvte
In many cases, nvim does not have enough information to know which behaviour
the terminal will exhibit, and thus the correct amount of CUB to issue.
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Alongside interix.
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Also enable italics on Konsole when it is falsely claiming to be xterm.
Also note the reasons for some of the patcher terminfo patches.
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Partly undo 8ab08a65ba3bc9a44741a2ec9aa81fbcc77467fb. Further testing
by Enrico Ghirardi suggests limiting the non-deferred automatic wrap to
only the bottom line, whose rightmost column is not printed for iTerm.
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This "trick" is not conditional upon the type of UI.
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* Don't use &data->grid when we already have grid .
* Consolidate into a single assignment to the default_attr flag.
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They are now in their own nvim/tui/terminfo.c file.
Also turn the TERMINAL_FAMILY macro into a function. Use the terminfo_
prefix for its name as other parts of the program are unlikely to want
that namespace, and the prefix is already used for some other TUI
functions.
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Terminals that do not defer automatic right margin wrap cannot print
characters in the bottom right corner without immediately scrolling.
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Testing by Enrico Ghirardi and review of the source indicates that
iTerm2 is a second terminal emulator that does not defer automatic wrap
at the right margin.
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Reverse the change in c11c60325a2baba94abe6bdfa1c11afe28c16661.
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PM...ST actually sends the string to screen's message area. Sending the
string to the status line requires a different control sequence peculiar to
screen.
Also make iTerm2 SGR 38/48 consistent.
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Also slightly refactor the way in which GNOME/MATE Terminal pretending to be
xterm is detected.
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They both can handle SGR control sequences in the form set out in
ISO 8613-6:1994/ITU T.416:1993.
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The terminfo commentary states that these are not standalone
entries suitable for end-use.
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Also comment and augment some terminal colour tests.
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The Interix termcap entry is missing the carriage_return capability which nvim
relies upon. And Interix is one of the few terminal emulators that does not
defer automatic wrap at the right margin, which is now accounted for when
moving the cursor left and when outputting whole lines at a time.
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Using the right unibilium query function then revealed a latent NULL pointer
problem.
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Using the wrong unibilium query function just happened to work with the
various terminfo records used in local testing.
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Follows on from fcf0d13f48bffbd41749069ce383d01153dd960c.
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tmux has its own code path, now; and the tmux wrapping was not the ideal thing
to do in the first place.
Also improve the commentary on the built-in terminfo records.
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The details are in the on-line help under :help true-color .
The brief precis is that nvim is (I hope.) converging with tmux and libvte.
It is taking the same approach with setrgbf and setrgbb terminfo capabilities
that it does with the Ss and Se terminfo capabilities.
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No change to their contents, but make the Big Blocks Of Numbers half as wide
but twice as deep, in order to accomodate house style.
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Replace the 8-color xterm from unibilium with the 256-colour one from terminfo.
Add a fallback record for suckless terminal.
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The details are in the on-line help under :help cursor-shape .
The brief precis is that nvim is following the lead of tmux, and going
beyond what tmux does to make cursor shape changes work on a broad range of
terminals. This includes on tmux itself, which is no longer bypassed.
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Ironically, higher layers trying to be "smart" about the terminal type
but not actually being very smart at all, makes it more difficult rather
than less to correct the TUI layer.
Note that this orphans the os_term_is_nice() function and down the road,
presuming that we do not have to revert this, that function can be removed.
It incorporates knowledge of terminal types and behaviours in the wrong place.
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There are now a few built-in terminfo entries, taken either from unibilium
or ncurses terminfo, for falling back upon when there is no terminfo database
or when it is missing stuff. In an ideal world, these would be in unibilium
itself.
The ultimate fallback, for no terminfo database and no built-in terminfo
record that matches the terminal type, is now the "ansi" terminal type; so
unknown terminal types are now considered to have at minimum the basic
ECMA-48 colour, motion, and editing capabilities.
The terminfo records are just blobs, raw images of the equivalent terminfo file
created with the od command. No longer are incomplete terminfo records built
up with code. These blobs are the full, real, records; already built.
The post-processing of the terminfo record, once found, is split into the
part where we fix known errors and deficiencies in terminfo, and the part
where we add extensions that we need that terminfo does not define
capabilities for. In an ideal world, the former would be a no-op.
No part of the TUI layer apart from these is aware of terminal type or has
conditional code based upon checking environment variables at runtime. It
is all pre-calculated and written into unibilium (or the TUIData object) at
initialization time.
This is fairly aggressive about turning on 256-colour and true colour support.
This also positively decodes genuine xterm for turning on DECSLRM use, rather
than assuming that anything that says that it is xterm is actually xterm,
fixing scrolling problems with vertically split windows.
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The clear_screen capability moves the cursor position.
This needs to be accounted for.
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Per warnings about house style from automated tools.
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A slight improvement on the CR optimization for some edge cases.
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PuTTY does not implement DECLRMM or DECSLRM, but it does implement DECSTBM.
So allow using PuTTY terminal scrolling when the scroll rectangle is the
full width of the terminal.
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Instead of emitting CUP in several places each with their own poor local
optimizations, funnel all cursor motion through a central place.
This central function performs the same optimization for every place that
needs to move the cursor, and implements a better set of optimizations:
* Emit CUU/CUD/CUF/CUB instad of CUP when they are likely shorter.
* Use BS and LF when they are shorter than CUB and CUD.
* Use CR for quick returns to column zero.
* If printing the next few characters is shorter than a rightwards motion,
then just write out the characters.
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