##############################################################################
-# Copyright (c) 2001-2015,2016 Free Software Foundation, Inc. #
+# Copyright 2019-2023,2024 Thomas E. Dickey #
+# Copyright 2001-2015,2016 Free Software Foundation, Inc. #
# #
# Permission is hereby granted, free of charge, to any person obtaining a #
# copy of this software and associated documentation files (the "Software"), #
#
# Author: Thomas Dickey
#
-# $Id: Caps.uwin,v 1.7 2016/08/13 17:45:50 tom Exp $
+# $Id: Caps.uwin,v 1.22 2024/03/16 15:26:09 Branden.Robinson Exp $
#
# This is an adaptation of ncurses' termcap/terminfo capability table, which
# is designed to align with U/Win's terminfo.
#
# Column 1: terminfo variable name
# Column 2: terminfo capability name
-# Column 3: capability type (boolean, numeric, or string)
+# Column 3: capability type (Boolean, numeric, or string)
# Column 4: termcap capability name
# Column 5: KEY_xxx name, if any, `-' otherwise
# Column 6: value for KEY_xxx name, if any, `-' otherwise
#
# The codes following [Y-] in column 7 describe the versions of termcap which
# use the given capability. This information is not used by the curses library
-# proper; rather, it's there to help the terminfo maintainer avoid emitting
+# proper; rather, it is there to help the terminfo maintainer avoid emitting
# termcap entry translations that are more than 1023 bytes long (and tank a
# lot of old termcap-using programs). The codes read as follows:
# B = mentioned in the BSD man page for 4.4BSD curses
# 3. List it in the standard table. You almost certainly do *not* want
# to do this -- the capabilities in that one, and their order, have been
# carefully chosen to be SVr4-binary-compatible when they're written out
-# as a terminfo object, and breaking this would be bad. It's up to the ncurses
-# library what to do with the terminfo data after it's read in.
+# as a terminfo object, and breaking this would be bad. It is up to the ncurses
+# library what to do with the terminfo data after it is read in.
#
# 4. List it in the aliases table with an IGNORE target field. If you
# do this, the capability will be ignored on input (though the user will
# 5. List it in the extensions table. If you do this, the compiler will
# silently accept the capability, but the curses library proper will never
# see it (because it won't be written out as part of the terminfo object
-# format). It's up to you what you have the compiler do with it.
+# format). It is up to you what you have the compiler do with it.
#
# There are two opposite reasons to choose option 5. One is when you want
# to eat the capability silently and discard it when doing translations
# to buy space for non-essentials Emacs is still using. Capabilities high
# on that hit list: rc, sc, uc.
#
+# FORMATTING THE TABLES
+#
+# We manually specify a (minimum) column width for the capability name
+# and terminfo code columns in the tables to achieve a consistent
+# arrangement; as used here, tbl(1) cannot know the width required by
+# one table's data while formatting another's.
+#
+# The longest capability names (C variable) is
+# "hue_lightness_saturation" (24n), and the longest terminfo code is
+# "colornm" (7n).
+#
+# The tables are a tight fit on traditional man(7) implementations that
+# use a line length of 65n, and the "Description" column has little room
+# within which the formatter can make breaking or adjustment decisions.
+# Words like "micro_..._address" and "parm_..._micro" don't break.
+# Reducing the inter-column gaps to 2 ens gives them enough room. --GBR
+#
#############################################################################
#
# STANDARD CAPABILITIES
#
-#%The following is a complete table of the capabilities included in a
-#%terminfo description block and available to terminfo-using code. In each
-#%line of the table,
-#%
-#%The \fBvariable\fR is the name by which the programmer (at the terminfo level)
-#%accesses the capability.
-#%
-#%The \fBcapname\fR is the short name used in the text of the database,
-#%and is used by a person updating the database.
-#%Whenever possible, capnames are chosen to be the same as or similar to
-#%the ANSI X3.64-1979 standard (now superseded by ECMA-48, which uses
-#%identical or very similar names). Semantics are also intended to match
-#%those of the specification.
-#%
-#%The termcap code is the old
-#%.B termcap
-#%capability name (some capabilities are new, and have names which termcap
-#%did not originate).
-#%.P
-#%Capability names have no hard length limit, but an informal limit of 5
-#%characters has been adopted to keep them short and to allow the tabs in
-#%the source file
-#%.B Caps
+#%Tables of capabilities
+#%.I \%ncurses
+#%recognizes in a
+#%.I \%term\%info
+#%terminal type description and available to
+#%.IR \%term\%info -using
+#%code follow.
+#%.bP
+#%The capability name identifies the symbol by which the programmer
+#%using the
+#%.I \%term\%info
+#%API accesses the capability.
+#%.bP
+#%The TI
+#%.RI ( \%term\%info )
+#%code is the short name used by a person composing or updating a
+#%terminal type entry.
+#%.IP
+#%Whenever possible,
+#%these codes are the same as or similar to those of the ANSI X3.64-1979
+#%standard
+#%(now superseded by ECMA-48,
+#%which uses identical or very similar names).
+#%Semantics are also intended to match those of the specification.
+#%.IP
+#%.I \%term\%info
+#%codes have no hard length limit,
+#%but
+#%.I \%ncurses
+#%maintains an informal one of 5 characters to keep them short and to
+#%allow the tabs in the source file
+#%.I Caps
#%to line up nicely.
-#%
-#%Finally, the description field attempts to convey the semantics of the
-#%capability. You may find some codes in the description field:
-#%.TP
-#%(P)
-#%indicates that padding may be specified
+#%(Some standard codes exceed this limit regardless.)
+#%.bP
+#%The TC
+#%.RI ( \%term\%cap )
+#%code is that used by the corresponding API of
+#%.I \%ncurses.
+#%(Some capabilities are new,
+#%and have names that BSD
+#%.I \%term\%cap
+#%did not originate.)
+#%.bP
+#%The description field attempts to convey the capability's semantics.
+#%.PP
+#%The description field employs a handful of notations.
#%.TP
-#%#[1-9]
-#%in the description field indicates that the string is passed through tparm with
-#%parms as given (#\fIi\fP).
+#%.B (P)
+#%indicates that padding may be specified.
#%.TP
-#%(P*)
-#%indicates that padding may vary in proportion to the number of
-#%lines affected
+#%.B (P*)
+#%indicates that padding may vary in proportion to the number of output
+#%lines affected.
#%.TP
-#%(#\d\fIi\fP\u)
-#%indicates the \fIi\fP\uth\d parameter.
-#%
+#%.BI # i
+#%indicates the
+#%.IR i th
+#%parameter of a string capability;
+#%the programmer should pass the string to \fB\%tparm\fP(3X) with the
+#%parameters listed.
+#%.IP
+#%If the description lists no parameters,
+#%passing the string to \fB\%tparm\fP(3X) may produce unexpected
+#%behavior,
+#%for instance if the string contains percent signs.
+#%.
#%.PP
-#% These are the boolean capabilities:
-#%
-#%.na
-#%.TS H
-#%center expand;
-#%c l l c
-#%c l l c
-#%lw25 lw6 lw2 lw20.
-#%\fBVariable Cap- TCap Description\fR
-#%\fBBooleans name Code\fR
+#%.TS
+#%center;
+#%Lb Cb S Lb
+#%Lb Lb Lb Lb
+#%Lbw(24n)2 Lbw(7n)2 Lb2 Lx.
+#%\& Code \&
+#%Boolean Capability Name TI TC Description
+#%_
auto_left_margin bw bool bw - - YB-G- cub1 wraps from column 0 to last column
auto_right_margin am bool am - - YBCGE terminal has automatic margins
no_esc_ctlc xsb bool xb - - YBCG- beehive (f1=escape, f2=ctrl C)
can_change ccc bool cc - - ----- terminal can re-define existing colors
hue_lightness_saturation hls bool hl - - ----- terminal uses only HLS color notation (Tektronix)
#%.TE
-#%.ad
-#%
-#%These are the numeric capabilities:
-#%
-#%.na
-#%.TS H
-#%center expand;
-#%c l l c
-#%c l l c
-#%lw25 lw6 lw2 lw20.
-#%\fBVariable Cap- TCap Description\fR
-#%\fBNumeric name Code\fR
+#%.PP
+#%.
+#%.TS
+#%center;
+#%Lb Cb S Lb
+#%Lb Lb Lb Lb
+#%Lbw(24n)2 Lbw(7n)2 Lb2 Lx.
+#%\& Code \&
+#%Numeric Capability Name TI TC Description
+#%_
columns cols num co - - YBCGE number of columns in a line
init_tabs it num it - - YB-G- tabs initially every # spaces
lines lines num li - - YBCGE number of lines on screen or page
max_pairs pairs num pa - - ----- maximum number of color-pairs on the screen
no_color_video ncv num NC - - ----- video attributes that cannot be used with colors
#%.TE
-#%.ad
-#%
-#%The following numeric capabilities are present in the SVr4.0 term structure,
-#%but are not yet documented in the man page. They came in with SVr4's
-#%printer support.
-#%
-#%.na
-#%
-#%These are the string capabilities:
-#%
-#%.na
-#%.TS H
-#%center expand;
-#%c l l c
-#%c l l c
-#%lw25 lw6 lw2 lw20.
-#%\fBVariable Cap- TCap Description\fR
-#%\fBString name Code\fR
+#%.PP
+#%.
+#%.TS
+#%center;
+#%Lb Cb S Lb
+#%Lb Lb Lb Lb
+#%Lbw(24n)2 Lbw(7n)2 Lb2 Lx.
+#%\& Code \&
+#%String Capability Name TI TC Description
+#%_
back_tab cbt str bt - - YBCGE back tab (P)
bell bel str bl - - YB-GE audible signal (bell) (P)
carriage_return cr str cr - - YBCGE carriage return (P*) (P*)
key_dc kdch1 str kD KEY_DC 0512 YB-G- delete-character key
key_dl kdl1 str kL KEY_DL 0510 -B-G-* delete-line key
key_down kcud1 str kd KEY_DOWN 0402 YBCGE down-arrow key
+#%.TE
+#%.TS
+#%center;
+#%Lbw(24n)2 Lbw(7n)2 Lb2 Lx.
key_eic krmir str kM KEY_EIC 0514 -B-G-* sent by rmir or smir in insert mode
key_eol kel str kE KEY_EOL 0517 -B-G-* clear-to-end-of-line key
key_eos ked str kS KEY_EOS 0516 -B-G-* clear-to-end-of-screen key
repeat_char rep str rp - - YB-GE repeat char #1 #2 times (P*)
reset_1string rs1 str r1 - - -B--- reset string
reset_2string rs2 str r2 - - -B--- reset string
+#%.TE
+#%.TS
+#%center;
+#%Lbw(24n)2 Lbw(7n)2 Lb2 Lx.
reset_3string rs3 str r3 - - -B--- reset string
reset_file rf str rf - - -B--- name of reset file
restore_cursor rc str rc - - YBCG- restore cursor to position of last save_cursor
key_save ksav str &6 KEY_SAVE 0571 ----- save key
key_suspend kspd str &7 KEY_SUSPEND 0627 ----- suspend key
key_undo kund str &8 KEY_UNDO 0630 ----- undo key
+#%.TE
+#%.TS
+#%center;
+#%Lbw(24n)2 Lbw(7n)2 Lb2 Lx.
key_sbeg kBEG str &9 KEY_SBEG 0572 ----- shifted begin key
key_scancel kCAN str &0 KEY_SCANCEL 0573 ----- shifted cancel key
key_scommand kCMD str *1 KEY_SCOMMAND 0574 ----- shifted command key
key_f40 kf40 str FU KEY_F(40) - ----E F40 function key
key_f41 kf41 str FV KEY_F(41) - ----E F41 function key
key_f42 kf42 str FW KEY_F(42) - ----E F42 function key
+#%.TE
+#%.TS
+#%center;
+#%Lbw(24n)2 Lbw(7n)2 Lb2 Lx.
key_f43 kf43 str FX KEY_F(43) - ----E F43 function key
key_f44 kf44 str FY KEY_F(44) - ----E F44 function key
key_f45 kf45 str FZ KEY_F(45) - ----E F45 function key
key_f63 kf63 str Fr KEY_F(63) - ----E F63 function key
clr_bol el1 str cb - - ----- Clear to beginning of line
clear_margins mgc str MC - - ----- clear right and left soft margins
-set_left_margin smgl str ML - - ----- set left soft margin at current column. See smgl. (ML is not in BSD termcap).
+set_left_margin smgl str ML - - ----- set left soft margin at current column. (ML is not in BSD termcap).
set_right_margin smgr str MR - - ----- set right soft margin at current column
device_type devt str dv - - ----- Indicate language/codeset support
code_set_init csin str ci - - ----- Init sequence for multiple codesets
set_color_pair scp str sp - - ----- Set current color pair to #1
set_foreground setf str Sf - - ----- Set foreground color #1
#%.TE
-#%.ad
#%
# The magic token below tells the tic compiler-generator code that all the caps
# past it should be ignored (not written out) when dumping terminfo objects. It
# comma-separated list of capabilities for which there are corresponding keys.
# The `kn' code is accepted but ignored.
#
-# The `ma' capability seems to have been designed to map between the rogue(2)
-# motion keys (including jkhl) and characters emitted by arrow keys on some
-# primitive pre-ANSI terminals. It's so obsolete it's fossilized...
+# The `ma' capability was a 4.0BSD feature used by vi version 2.
+# It consists of pairs of characters corresponding to kl, kr, ku, kd, and kh.
+# Besides being obsolete, that interpretation conflicts with max_attributes.
#
# Here is a description of memory_lock_above and memory_unlock:
# "You can 'freeze' data on the screen by turning on Memory Lock in a line of
# vertical_tab_delay OTdV num dV - - -B--- padding required for ^V
number_of_function_keys OTkn num kn - - -B-G- count of function keys
other_non_function_keys OTko str ko - - -B-G- list of self-mapped keycaps
-arrow_key_map OTma str ma - - YBC-- map arrow keys rogue(1) motion keys
+arrow_key_map OTma str ma - - YBC-- map motion-keys for vi version 2
# memory_lock_above OTml str ml - - -B--- lock visible screen memory above the current line
# memory_unlock OTmu str mu - - -B--- unlock visible screen memory above the current line
has_hardware_tabs OTpt bool pt - - YB--- has 8-char tabs invoked with ^I
return_does_clr_eol OTxr bool xr - - YB--- return clears the line
# tek_4025_insert_line OTxx bool xx - - -BC-- Tektronix 4025 insert-line glitch
#
-# mytinfo described this as a termcap capability, but it's not listed in the
+# mytinfo described this as a termcap capability, but it is not listed in the
# 4.4BSD man pages, and not found in the 4.4BSD termcap file. The ncurses
# package, like System V, behaves as though it is always true.
#
#
# TERMINFO EXTENSION CAPABILITIES
#
-# This section is almost all comments. What it's mainly for is to describe
-# what capabilities need to be squeezed out to get down to the XSI Curses
-# standard set. They are flagged with K.
-#
-# HP extensions
-#
-# These extensions follow ptr_non (replacing everything after it) in HP
-# terminfo files. Except for memory_lock and memory_unlock, they are
-# functionally identical to SVr4 extensions, but they make the binary format
-# different. Grrr....
+# (see Caps-ncurses for the complete set of comments)
#
memory_lock meml str ml - - ----K lock memory above cursor
memory_unlock memu str mu - - ----K unlock memory
-#plab_norm pln str pn - - ----- program label #1 to show string #2
-#label_on smln str LO - - ----- turn on soft labels
-#label_off rmln str LF - - ----- turn off soft labels
-#key_f11 kf11 str F1 - - ----- F11 function key
-#key_f12 kf12 str F2 - - ----- F12 function key
-#key_f13 kf13 str F3 - - ----- F13 function key
-#key_f14 kf14 str F4 - - ----- F14 function key
-#key_f15 kf15 str F5 - - ----- F15 function key
-#key_f16 kf16 str F6 - - ----- F16 function key
-#key_f17 kf17 str F7 - - ----- F17 function key
-#key_f18 kf18 str F8 - - ----- F18 function key
-#key_f19 kf19 str F9 - - ----- F19 function key
-#key_f20 kf20 str FA - - ----- F20 function key
-#key_f21 kf21 str FB - - ----- F21 function key
-#key_f22 kf22 str FC - - ----- F22 function key
-#key_f23 kf23 str FD - - ----- F23 function key
-#key_f24 kf24 str FE - - ----- F24 function key
-#key_f25 kf25 str FF - - ----- F25 function key
-#key_f26 kf26 str FG - - ----- F26 function key
-#key_f27 kf27 str FH - - ----- F27 function key
-#key_f28 kf28 str FI - - ----- F28 function key
-#key_f29 kf29 str FJ - - ----- F29 function key
-#key_f30 kf30 str FK - - ----- F30 function key
-#key_f31 kf31 str FL - - ----- F31 function key
-#key_f32 kf32 str FM - - ----- F32 function key
-#key_f33 kf33 str FN - - ----- F33 function key
-#key_f34 kf34 str FO - - ----- F34 function key
-#key_f35 kf35 str FP - - ----- F35 function key
-#key_f36 kf36 str FQ - - ----- F36 function key
-#key_f37 kf37 str FR - - ----- F37 function key
-#key_f38 kf38 str FS - - ----- F38 function key
-#key_f39 kf39 str FT - - ----- F39 function key
-#key_f40 kf40 str FU - - ----- F40 function key
-#key_f41 kf41 str FV - - ----- F41 function key
-#key_f42 kf42 str FW - - ----- F42 function key
-#key_f43 kf43 str FX - - ----- F43 function key
-#key_f44 kf44 str FY - - ----- F44 function key
-#key_f45 kf45 str FZ - - ----- F45 function key
-#key_f46 kf46 str Fa - - ----- F46 function key
-#key_f47 kf47 str Fb - - ----- F47 function key
-#key_f48 kf48 str Fc - - ----- F48 function key
-#key_f49 kf49 str Fd - - ----- F49 function key
-#key_f50 kf50 str Fe - - ----- F50 function key
-#key_f51 kf51 str Ff - - ----- F51 function key
-#key_f52 kf52 str Fg - - ----- F52 function key
-#key_f53 kf53 str Fh - - ----- F53 function key
-#key_f54 kf54 str Fi - - ----- F54 function key
-#key_f55 kf55 str Fj - - ----- F55 function key
-#key_f56 kf56 str Fk - - ----- F56 function key
-#key_f57 kf57 str Fl - - ----- F57 function key
-#key_f58 kf58 str Fm - - ----- F58 function key
-#key_f59 kf59 str Fn - - ----- F59 function key
-#key_f60 kf60 str Fo - - ----- F60 function key
-#key_f61 kf61 str Fp - - ----- F61 function key
-#key_f62 kf62 str Fq - - ----- F62 function key
-#key_f63 kf63 str Fr - - ----- F63 function key
-#
-# IBM extensions
-#
-# These extensions follow ptr_non (replacing everything after it) in IBM
-# terminfo files.
-#
-# The places in the box[12] capabilities correspond to acsc characters, here is
-# the mapping:
-#
-# box1[0] = ACS_ULCORNER
-# box1[1] = ACS_HLINE
-# box1[2] = ACS_URCORNER
-# box1[3] = ACS_VLINE
-# box1[4] = ACS_LRCORNER
-# box1[5] = ACS_LLCORNER
-# box1[6] = ACS_TTEE
-# box1[7] = ACS_RTEE
-# box1[8] = ACS_BTEE
-# box1[9] = ACS_LTEE
-# box1[10] = ACS_PLUS
-#
-# The box2 characters are the double-line versions of these forms graphics.
-#
box_chars_1 box1 str bx - - ----K box characters primary set
-#box_chars_2 box2 str by - - ----K box characters secondary set
-#box_attr_1 batt1 str Bx - - ----K attributes for box1
-#box_attr_2 batt2 str By - - ----K attributes for box2
-#color_bg_0 colb0 str d0 - - ----K background color 0
-#color_bg_1 colb1 str d1 - - ----K background color 1
-#color_bg_2 colb2 str d2 - - ----K background color 2
-#color_bg_3 colb3 str d3 - - ----K background color 3
-#color_bg_4 colb4 str d4 - - ----K background color 4
-#color_bg_5 colb5 str d5 - - ----K background color 5
-#color_bg_6 colb6 str d6 - - ----K background color 6
-#color_bg_7 colb7 str d7 - - ----K background color 7
-#color_fg_0 colf0 str c0 - - ----K foreground color 0
-#color_fg_1 colf1 str c1 - - ----K foreground color 1
-#color_fg_2 colf2 str c2 - - ----K foreground color 2
-#color_fg_3 colf3 str c3 - - ----K foreground color 3
-#color_fg_4 colf4 str c4 - - ----K foreground color 4
-#color_fg_5 colf5 str c5 - - ----K foreground color 5
-#color_fg_6 colf6 str c6 - - ----K foreground color 6
-#color_fg_7 colf7 str c7 - - ----K foreground color 7
-#font_0 font0 str f0 - - ----- select font 0
-#font_1 font1 str f1 - - ----- select font 1
-#font_2 font2 str f2 - - ----- select font 2
-#font_3 font3 str f3 - - ----- select font 3
-#font_4 font4 str f4 - - ----K select font 4
-#font_5 font5 str f5 - - ----K select font 5
-#font_6 font6 str f6 - - ----K select font 6
-#font_7 font7 str f7 - - ----K select font 7
-#key_back_tab kbtab str k0 - - ----- backtab key
-#key_do kdo str ki - - ----K do request key
-#key_command kcmd str kd - - ----K command-request key
-#key_command_pane kcpn str kW - - ----K command-pane key
-#key_end kend str kw - - ----- end key
-#key_help khlp str kq - - ----- help key
-#key_newline knl str nl - - ----K newline key
-#key_next_pane knpn str kv - - ----K next-pane key
-#key_prev_cmd kppn str kp - - ----K previous-command key
-#key_prev_pane kppn str kV - - ----K previous-pane key
-#key_quit kquit str kQ - - ----K quit key
-#key_select ksel str kU - - ----- select key
-#key_scroll_left kscl str kz - - ----K scroll left
-#key_scroll_right kscr str kZ - - ----K scroll right
-#key_tab ktab str ko - - ----K tab key
-#key_smap_in1 kmpf1 str Kv - - ----K special mapped key 1 input
-#key_smap_out1 kmpt1 str KV - - ----K special mapped key 1 output
-#key_smap_in2 kmpf2 str Kw - - ----K special mapped key 2 input
-#key_smap_out2 kmpt2 str KW - - ----K special mapped key 2 output
-#key_smap_in3 kmpf3 str Kx - - ----K special mapped key 3 input
-#key_smap_out3 kmpt3 str KX - - ----K special mapped key 3 output
-#key_smap_in4 kmpf4 str Ky - - ----K special mapped key 4 input
-#key_smap_out4 kmpt4 str KY - - ----K special mapped key 4 output
-#key_smap_in5 kmpf5 str Kz - - ----K special mapped key 5 input
-#key_smap_out5 kmpt5 str KZ - - ----K special mapped key 5 output
-#appl_defined_str apstr str za - - ----K application-defined string
-# The key_smap_in[6789] and key_smap_out[6789] capabilities aren't described in
-# the IBM manual pages, so the cap name strings are guesses. The terminfo
-# names are almost certainly right, the termcap ones almost certainly wrong.
-#key_smap_in6 kmpf6 str k! - - ----K special mapped key 6 input
-#key_smap_out6 kmpt6 str K@ - - ----K special mapped key 6 output
-#key_smap_in7 kmpf7 str k# - - ----K special mapped key 7 input
-#key_smap_out7 kmpt7 str K$ - - ----K special mapped key 7 output
-#key_smap_in8 kmpf8 str k% - - ----K special mapped key 8 input
-#key_smap_out8 kmpt8 str K^ - - ----K special mapped key 8 output
-#key_smap_in9 kmpf9 str k& - - ----K special mapped key 9 input
-#key_smap_out9 kmpt9 str K* - - ----K special mapped key 9 output
-# Undocumented capabilities end here
-#key_sf1 ksf1 str S1 - - ----K special function key 1
-#key_sf2 ksf2 str S2 - - ----K special function key 2
-#key_sf3 ksf3 str S3 - - ----K special function key 3
-#key_sf4 ksf4 str S4 - - ----K special function key 4
-#key_sf5 ksf5 str S5 - - ----K special function key 5
-#key_sf6 ksf6 str S6 - - ----K special function key 6
-#key_sf7 ksf7 str S7 - - ----K special function key 7
-#key_sf8 ksf8 str S8 - - ----K special function key 8
-#key_sf9 ksf9 str S9 - - ----K special function key 9
-#key_sf10 ksf10 str SA - - ----K special function key 10
-# AIX version 3 documents different codes for F11, F12 and does not mention
-# F13-F64. AIX version 4 uses the same naming for F0-F63 as above.
-#key_f11 kf11 str k< - - ----- function key 11
-#key_f12 kf12 str k> - - ----- function key 12
-# Undocumented capabilities end here.
-#key_action kact str kJ - - ----K sent by action key
-# The IBM docs say these capabilities are for table-drawing, and are
-# valid only for aixterm descriptions.
-#enter_topline_mode topl str tp - - ----K start top-line mode
-#enter_bottom_mode btml str bm - - ----K start bottom-line mode
-#enter_rvert_mode rvert str rv - - ----K start right-vertical mode
-#enter_lvert_mode lvert str lv - - ----K start left-vertical mode
-#
-#############################################################################
-#
-# ALIAS DECLARATIONS
-#
-# Here we set up aliases for translating extensions into standard terminfo.
-#
-#---------------------------------- Termcap aliases -------------------------
-#
-# BSD aliases:
-#
-# This is a common error in many termcap files. We'll get notified during
-# translation when this (or any other alias) fires.
-#
-capalias sb sr BSD scroll text down
-#
-# AT&T extensions:
-#
-# The old AT&T 5410, 5420, 5425, pc6300plus, 610, and s4 entries used a set of
-# nonstandard capabilities. Its signature is the KM capability, used to name
-# some sort of keymap file. EE, BO, CI, CV, XS, DS, FL and FE are in this
-# set. Comments in the original, and a little cross-checking with other AT&T
-# documentation, seem to establish the following mappings:
-#
-capalias BO mr AT&T enter_reverse_mode
-capalias CI vi AT&T cursor_invisible
-capalias CV ve AT&T cursor_normal
-capalias DS mh AT&T enter_dim_mode
-#capalias EE me AT&T exit_attribute_mode
-capalias FE LF AT&T label_on
-capalias FL LO AT&T label_off
-capalias XS mk AT&T enter_secure_mode
-#
-# We comment out EE because the conflicting XENIX EE is more common in
-# old entries.
-#
-# XENIX extensions:
-#
-# These are the ones we know how to translate directly:
-#
-capalias EE mh XENIX exit_attribute_mode
-capalias GE ae XENIX exit_alt_charset_mode
-capalias GS as XENIX enter_alt_charset_mode
-capalias CF vi XENIX cursor_invis
-capalias CO ve XENIX cursor_normal
-capalias EN @7 XENIX key_end
-capalias HM kh XENIX key_home
-capalias LD kL XENIX key_dl
-capalias PD kN XENIX key_npage
-capalias PN po XENIX prtr_off
-capalias PS pf XENIX prtr_on
-capalias PU kP XENIX key_ppage
-capalias RT @8 XENIX kent
-capalias UP ku XENIX kcuu1
-capalias G6 IGNORE XENIX double-ACS_ULCORNER
-capalias G7 IGNORE XENIX double-ACS_LLCORNER
-capalias G5 IGNORE XENIX double-ACS_URCORNER
-capalias G8 IGNORE XENIX double-ACS_LRCORNER
-capalias Gr IGNORE XENIX double-ACS_LTEE
-capalias Gr IGNORE XENIX double-ACS_RTEE
-capalias Gu IGNORE XENIX double-ACS_BTEE
-capalias Gd IGNORE XENIX double ACS_TTEE
-capalias Gh IGNORE XENIX double-ACS_HLINE
-capalias Gv IGNORE XENIX double-ACS_VLINE
-capalias Gc IGNORE XENIX double-ACS_PLUS
-capalias GG IGNORE XENIX acs-glitch
-#
-# IBM extensions:
-#
-capalias kq %1 IBM key_help
-#
-# Iris extensions:
-#
-capalias HS mh IRIS enter_dim_mode
-#
-# Tektronix extensions:
-#
-capalias KA k; Tek key_f10
-capalias KB F1 Tek key_f11
-capalias KC F2 Tek key_f12
-capalias KD F3 Tek key_f13
-capalias KE F4 Tek key_f14
-capalias KF F5 Tek key_f15
-capalias BC Sb Tek set_background
-capalias FC Sf Tek set_foreground
-#
-# There are also the following:
-#
-# XENIX XENIX variable name name clash with terminfo?
-# ----- ------------------- -------------------------
-# CL key_char_left
-# CR key_char_right
-# CW key_change_window
-# HP ??
-# LF key_linefeed label_off
-# NU key_next_unlocked_cell
-# PL ??
-# PR ??
-# RC key_recalc remove_clock
-# RF key_toggle_ref req_for_input
-# WL key_word_left
-# WR key_word_right
-#
-# If you know what any of the question-marked ones mean, please tell us.
-#
-#--------------------------------- Terminfo aliases ------------------------
-#
-# IBM extensions:
-#
-infoalias font0 s0ds IBM set0_des_seq
-infoalias font1 s1ds IBM set1_des_seq
-infoalias font2 s2ds IBM set2_des_seq
-infoalias font3 s3ds IBM set3_des_seq
-infoalias kbtab kcbt IBM key_backtab
-infoalias ksel kslt IBM key_select
-#
-# Some others are identical to SVr4/XPG4 capabilities, in particular:
-# kcmd, kend, khlp, and kf11...kf63.
#
#############################################################################
projects / ncurses.git / blobdiff