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v5.1
include/Caps
1 314 строк
64 KB
Thomas E. Dickey
ncurses 5.1
09 июл 2000, 06:46
09 июл 2000, 06:46
b1f61d9
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############################################################################## # Copyright (c) 1998 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"), # # to deal in the Software without restriction, including without limitation # # the rights to use, copy, modify, merge, publish, distribute, distribute # # with modifications, sublicense, and/or sell copies of the Software, and to # # permit persons to whom the Software is furnished to do so, subject to the # # following conditions: # # # # The above copyright notice and this permission notice shall be included in # # all copies or substantial portions of the Software. # # # # THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR # # IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, # # FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL # # THE ABOVE COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER # # LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING # # FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER # # DEALINGS IN THE SOFTWARE. # # # # Except as contained in this notice, the name(s) of the above copyright # # holders shall not be used in advertising or otherwise to promote the sale, # # use or other dealings in this Software without prior written # # authorization. # ############################################################################## # # Author: Zeyd M. Ben-Halim <zmbenhal@netcom.com> 1992,1995 # and: Eric S. Raymond <esr@snark.thyrsus.com> # # $Id: Caps,v 1.25 1999/11/27 20:13:55 tom Exp $ # # This is the master termcap/terminfo capability table. # # This table is used to generate initializers for tables that drive tic, # infocmp, and the library compilation code used to support the termcap # compatibility hack. It is also used to generate the tabular portion of the # terminfo(5) man page; lines beginning with `#%' are passed through to become # the terminfo table. # # This file has three major sections; a standard-capabilities table, two # extension-capability tables, and a section of aliases declarations. # The first two have the same format, as follows: # # FILE FORMAT # # Column 1: terminfo variable name # Column 2: terminfo capability name # Column 3: capability type (boolean, numeric, or string) # Column 4: termcap capability name # Column 5: Lead with `Y' if capability should be emitted in termcap # translations, `-' otherwise # Column 6: capability description # # The codes following [Y-] in column 5 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 # 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 # C = used by the 4.4BSD curses library # G = mentioned in the documentation for GNU termcap # E = used by GNU Emacs # K = remove this terminfo capability when translating to standard format # The important codes are C and E. A cap with C or E should be preserved in # translation if possible. The problem is that preserving all such caps may # lead to some termcap translations being too long. The termcap maintainer # has a bit of a juggling act to do...potential problem cases are marked with # a * or **. # # The aliases section has the following format: # # Column 1: either `capalias' or `infoalias' # Column 2: name to be aliased # Column 3: what name it should translate to. The name IGNORE means it # should be discarded with a warning message. # Column 4: name of the extension set (used for compiler warning messages) # Column 5: capability description (usually an associated terminfo variable) # # HANDLING TERMCAP AND TERMINFO EXTENSIONS # # There are basically five different ways to handle termcap and terminfo # extensions: # # 1. Don't list the capname here, or list it but comment it out (the latter # is preferable; someone might want to handle it in the future). If you do # this, the capability will be treated as unknown and raise a warning from # the compiler. # # 2. Alias it. This is appropriate if the capability has the same meaning # as an already-supported one. The compiler will handle aliasing, emitting # an appropriate informational message whenever an alias fires. # # 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 the ncurses # library what to do with the terminfo data after it's 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 # get a warning message about it). # # 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. # # 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 terminfo with tic -I. Some very old obsolete BSD caps like :kn: are # in this class. Nothing will ever use them again. # # More usually, you want the compiler to try to deduce something from the # capability value that it can use to translate it into your output format. # You'll need to write custom code, probably in postprocess_termcap() or # postprocess_terminfo(), to handle the translation. # # CONTROLLING ENTRY LENGTH # # Notes on specific elisions made to fit translations within 1023 bytes: # # Machines with IBM PC-like keyboards want to be able to define the following # keys: key_npage, key_ppage, key_home, key_ll (which is used for in termcap- # only environments for End or Home-Down), key_dc, and key_ic. This is also # the set of keys the `joe' editor will be upset if it can't see. So don't # trim those out of the set to be translated to termcap, or various users of # the termcap file will become irate. # # It might look tempting to leave those long init strings out of translations. # We can't do it (yet); 4.4BSD tput and tset use them. # # We retain the sgr capability in translation in spite of the fact that neither # 4.4BSD nor GNU Emacs uses it, because (a) some entry naming distinctions are # hard to understand without it, and (b) the entries in which it is long tend # to be older types that don't use up a lot of string space on function keys. # The tic(1) translation code will complain and elide it if it makes a critical # difference (there is special code in tic to recognize this situation). # # Yes, BSD tset(1) uses hpa. We elide hpa/vpa anyway because the motion # optimizer in BSD curses didn't use them. This omission seems to be the # single most effective one, it shortened the resolved length of all thirteen # problem entries in the 9.9.0 version of the terminfo master below critical. # # It would be nice to keep f11 and f12 for Emacs use, but a couple of termcap # translations go back over critical if we do this. As 4.4BSD curses fades # into history and GNU termcap's application base shrinks towards being GNU # Emacs only, we'll probably elide out some BSD-only capabilities in order # to buy space for non-essentials Emacs is still using. Capabilities high # on that hit list: rc, sc, uc. # ############################################################################# # # 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 #%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 #%.TP #%#[1-9] #%in the description field indicates that the string is passed through tparm with #%parms as given (#\fIi\fP). #%.TP #%(P*) #%indicates that padding may vary in proportion to the number of #%lines affected #%.TP #%(#\d\fIi\fP\u) #%indicates the \fIi\fP\uth\d parameter. #% #%.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 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) ceol_standout_glitch xhp bool xs YBCGE standout not erased by overwriting (hp) eat_newline_glitch xenl bool xn YBCGE newline ignored after 80 cols (concept) erase_overstrike eo bool eo YBCG- can erase overstrikes with a blank generic_type gn bool gn YB-G- generic line type hard_copy hc bool hc YBCG- hardcopy terminal has_meta_key km bool km YB-GE Has a meta key (i.e., sets 8th-bit) has_status_line hs bool hs YB-G- has extra status line insert_null_glitch in bool in YBCGE insert mode distinguishes nulls memory_above da bool da YBCG- display may be retained above the screen memory_below db bool db YB-GE display may be retained below the screen move_insert_mode mir bool mi YBCGE safe to move while in insert mode move_standout_mode msgr bool ms YBCGE safe to move while in standout mode over_strike os bool os YBCG- terminal can overstrike status_line_esc_ok eslok bool es YB-G- escape can be used on the status line dest_tabs_magic_smso xt bool xt YBCGE tabs destructive, magic so char (t1061) tilde_glitch hz bool hz YB-GE can't print ~'s (hazeltine) transparent_underline ul bool ul YBCGE underline character overstrikes xon_xoff xon bool xo YB--- terminal uses xon/xoff handshaking needs_xon_xoff nxon bool nx ----- padding won't work, xon/xoff required prtr_silent mc5i bool 5i ----- printer won't echo on screen hard_cursor chts bool HC ----- cursor is hard to see non_rev_rmcup nrrmc bool NR ----- smcup does not reverse rmcup no_pad_char npc bool NP ----- pad character does not exist non_dest_scroll_region ndscr bool ND ----- scrolling region is non-destructive can_change ccc bool cc ----- terminal can re-define existing colors back_color_erase bce bool ut ----- screen erased with background color hue_lightness_saturation hls bool hl ----- terminal uses only HLS color notation (Tektronix) col_addr_glitch xhpa bool YA ----- only positive motion for hpa/mhpa caps cr_cancels_micro_mode crxm bool YB ----- using cr turns off micro mode has_print_wheel daisy bool YC ----- printer needs operator to change character set row_addr_glitch xvpa bool YD ----- only positive motion for vpa/mvpa caps semi_auto_right_margin sam bool YE ----- printing in last column causes cr cpi_changes_res cpix bool YF ----- changing character pitch changes resolution lpi_changes_res lpix bool YG ----- changing line pitch changes resolution #%.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 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 lines_of_memory lm num lm YB-G- lines of memory if > line. 0 means varies magic_cookie_glitch xmc num sg YBCGE number of blank characters left by smso or rmso padding_baud_rate pb num pb YB-GE lowest baud rate where padding needed virtual_terminal vt num vt YB--- virtual terminal number (CB/unix) width_status_line wsl num ws YB-G- number of columns in status line num_labels nlab num Nl ----- number of labels on screen label_height lh num lh ----- rows in each label label_width lw num lw ----- columns in each label max_attributes ma num ma YBC-- maximum combined attributes terminal can handle maximum_windows wnum num MW ----- maximum number of defineable windows # These came in with SVr4's color support max_colors colors num Co ----- maximum number of colors on screen max_pairs pairs num pa ----- maximum number of color-pairs on the screen no_color_video ncv num NC ----- video attributes that can't 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 #%.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 buffer_capacity bufsz num Ya ----- numbers of bytes buffered before printing dot_vert_spacing spinv num Yb ----- spacing of pins vertically in pins per inch dot_horz_spacing spinh num Yc ----- spacing of dots horizontally in dots per inch max_micro_address maddr num Yd ----- maximum value in micro_..._address max_micro_jump mjump num Ye ----- maximum value in parm_..._micro micro_col_size mcs num Yf ----- character step size when in micro mode micro_line_size mls num Yg ----- line step size when in micro mode number_of_pins npins num Yh ----- numbers of pins in print-head output_res_char orc num Yi ----- horizontal resolution in units per line output_res_line orl num Yj ----- vertical resolution in units per line output_res_horz_inch orhi num Yk ----- horizontal resolution in units per inch output_res_vert_inch orvi num Yl ----- vertical resolution in units per inch print_rate cps num Ym ----- print rate in characters per second wide_char_size widcs num Yn ----- character step size when in double wide mode buttons btns num BT ----- number of buttons on mouse bit_image_entwining bitwin num Yo ----- number of passes for each bit-image row bit_image_type bitype num Yp ----- type of bit-image device #%.TE #%.ad #% #%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 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*) change_scroll_region csr str cs YBCGE change region to line #1 to line #2 (P) clear_all_tabs tbc str ct YB-G- clear all tab stops (P) clear_screen clear str cl YBCGE clear screen and home cursor (P*) clr_eol el str ce YBCGE clear to end of line (P) clr_eos ed str cd YBCGE clear to end of screen (P*) column_address hpa str ch -B-GE** horizontal position #1, absolute (P) command_character cmdch str CC YB-G- terminal settable cmd character in prototype !? cursor_address cup str cm YBCGE move to row #1 columns #2 cursor_down cud1 str do YBCGE down one line cursor_home home str ho YBCGE home cursor (if no cup) cursor_invisible civis str vi YB-G- make cursor invisible cursor_left cub1 str le YBCGE move left one space cursor_mem_address mrcup str CM YB-G- memory relative cursor addressing cursor_normal cnorm str ve YBCGE make cursor appear normal (undo civis/cvvis) cursor_right cuf1 str nd YBCGE non-destructive space (move right one space) cursor_to_ll ll str ll YBCGE last line, first column (if no cup) cursor_up cuu1 str up YBCGE up one line cursor_visible cvvis str vs YBCGE make cursor very visible delete_character dch1 str dc YBCGE delete character (P*) delete_line dl1 str dl YBCGE delete line (P*) dis_status_line dsl str ds YB-G- disable status line down_half_line hd str hd YB-G- half a line down enter_alt_charset_mode smacs str as YB-G- start alternate character set (P) enter_blink_mode blink str mb YB-G- turn on blinking enter_bold_mode bold str md YB-G- turn on bold (extra bright) mode enter_ca_mode smcup str ti YBCGE string to start programs using cup enter_delete_mode smdc str dm YBCGE enter delete mode enter_dim_mode dim str mh YB-G- turn on half-bright mode enter_insert_mode smir str im YBCGE enter insert mode enter_secure_mode invis str mk -B-G-* turn on blank mode (characters invisible) enter_protected_mode prot str mp -B-G-* turn on protected mode enter_reverse_mode rev str mr YB-G- turn on reverse video mode enter_standout_mode smso str so YBCGE begin standout mode enter_underline_mode smul str us YBCGE begin underline mode erase_chars ech str ec YB-G- erase #1 characters (P) exit_alt_charset_mode rmacs str ae YB-G- end alternate character set (P) exit_attribute_mode sgr0 str me YB-GE turn off all attributes exit_ca_mode rmcup str te YBCGE strings to end programs using cup exit_delete_mode rmdc str ed YBCGE end delete mode exit_insert_mode rmir str ei YBCGE exit insert mode exit_standout_mode rmso str se YBCGE exit standout mode exit_underline_mode rmul str ue YBCGE exit underline mode flash_screen flash str vb YBCGE visible bell (may not move cursor) form_feed ff str ff YB-G- hardcopy terminal page eject (P*) from_status_line fsl str fs YB-G- return from status line init_1string is1 str i1 YB-G- initialization string init_2string is2 str is YB-G- initialization string init_3string is3 str i3 YB-G- initialization string init_file if str if YB-G- name of initialization file insert_character ich1 str ic YBCGE insert character (P) insert_line il1 str al YBCGE insert line (P*) insert_padding ip str ip YBCGE insert padding after inserted character key_backspace kbs str kb YB-G- backspace key key_catab ktbc str ka -B-G-* clear-all-tabs key key_clear kclr str kC -B-G-* clear-screen or erase key key_ctab kctab str kt -B-G-* clear-tab key key_dc kdch1 str kD YB-G- delete-character key key_dl kdl1 str kL -B-G-* delete-line key key_down kcud1 str kd YBCGE down-arrow key key_eic krmir str kM -B-G-* sent by rmir or smir in insert mode key_eol kel str kE -B-G-* clear-to-end-of-line key key_eos ked str kS -B-G-* clear-to-end-of-screen key key_f0 kf0 str k0 YBCGE F0 function key key_f1 kf1 str k1 YBCGE F1 function key key_f10 kf10 str k; ----E F10 function key key_f2 kf2 str k2 YBCGE F2 function key key_f3 kf3 str k3 YBCGE F3 function key key_f4 kf4 str k4 YBCGE F4 function key key_f5 kf5 str k5 YBCGE F5 function key key_f6 kf6 str k6 YBCGE F6 function key key_f7 kf7 str k7 YBCGE F7 function key key_f8 kf8 str k8 YBCGE F8 function key key_f9 kf9 str k9 YBCGE F9 function key key_home khome str kh YBCGE home key key_ic kich1 str kI YB-GE insert-character key key_il kil1 str kA -B-G-* insert-line key key_left kcub1 str kl YBCGE left-arrow key key_ll kll str kH YB-G- lower-left key (home down) key_npage knp str kN YB-GE next-page key key_ppage kpp str kP YB-GE previous-page key key_right kcuf1 str kr YBCGE right-arrow key key_sf kind str kF -B-G-* scroll-forward key key_sr kri str kR -B-G-* scroll-backward key key_stab khts str kT -B-G-* set-tab key key_up kcuu1 str ku YBCGE up-arrow key keypad_local rmkx str ke YBCGE leave 'keyboard_transmit' mode keypad_xmit smkx str ks YBCGE enter 'keyboard_transmit' mode lab_f0 lf0 str l0 -B-G-* label on function key f0 if not f0 lab_f1 lf1 str l1 -B-G-* label on function key f1 if not f1 lab_f10 lf10 str la ----- label on function key f10 if not f10 lab_f2 lf2 str l2 -B-G-* label on function key f2 if not f2 lab_f3 lf3 str l3 -B-G-* label on function key f3 if not f3 lab_f4 lf4 str l4 -B-G-* label on function key f4 if not f4 lab_f5 lf5 str l5 -B-G-* label on function key f5 if not f5 lab_f6 lf6 str l6 -B-G-* label on function key f6 if not f6 lab_f7 lf7 str l7 -B-G-* label on function key f7 if not f7 lab_f8 lf8 str l8 -B-G-* label on function key f8 if not f8 lab_f9 lf9 str l9 -B-G-* label on function key f9 if not f9 meta_off rmm str mo YB-G-* turn off meta mode meta_on smm str mm YB-G-* turn on meta mode (8th-bit on) newline nel str nw YB-G-* newline (behave like cr followed by lf) pad_char pad str pc YBCGE padding char (instead of null) parm_dch dch str DC YB-GE delete #1 characters (P*) parm_delete_line dl str DL YBCGE delete #1 lines (P*) parm_down_cursor cud str DO YBCGE down #1 lines (P*) parm_ich ich str IC YB-GE insert #1 characters (P*) parm_index indn str SF YBCG- scroll forward #1 lines (P) parm_insert_line il str AL YBCGE insert #1 lines (P*) parm_left_cursor cub str LE YBCGE move #1 characters to the left (P) parm_right_cursor cuf str RI YBCGE move #1 characters to the right (P*) parm_rindex rin str SR YBCG- scroll back #1 lines (P) parm_up_cursor cuu str UP YBCGE up #1 lines (P*) pkey_key pfkey str pk -B--- program function key #1 to type string #2 pkey_local pfloc str pl -B--- program function key #1 to execute string #2 pkey_xmit pfx str px -B--- program function key #1 to transmit string #2 print_screen mc0 str ps -B-G-* print contents of screen prtr_off mc4 str pf -B-G-* turn off printer prtr_on mc5 str po -B-G-* turn on printer 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 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 row_address vpa str cv -B-GE** vertical position #1 absolute (P) save_cursor sc str sc YBCG- save current cursor position (P) scroll_forward ind str sf YBCGE scroll text up (P) scroll_reverse ri str sr YBCGE scroll text down (P) set_attributes sgr str sa YB-G- define video attributes #1-#9 (PG9) set_tab hts str st YB-G- set a tab in every row, current columns set_window wind str wi -B-GE current window is lines #1-#2 cols #3-#4 tab ht str ta YBCGE tab to next 8-space hardware tab stop to_status_line tsl str ts YB-G- move to status line underline_char uc str uc YBCG- underline char and move past it up_half_line hu str hu YB-G- half a line up init_prog iprog str iP -B--- path name of program for initialization key_a1 ka1 str K1 YB-GE upper left of keypad key_a3 ka3 str K3 YB-GE upper right of keypad key_b2 kb2 str K2 YB-GE center of keypad key_c1 kc1 str K4 YB-GE lower left of keypad key_c3 kc3 str K5 YB-GE lower right of keypad prtr_non mc5p str pO -B-G-* turn on printer for #1 bytes # # SVr1 capabilities stop here. IBM's version of terminfo is the same as # SVr4 up to this point, but has a different set afterwards. # char_padding rmp str rP ----- like ip but when in insert mode acs_chars acsc str ac ----- graphics charset pairs, based on vt100 plab_norm pln str pn ----- program label #1 to show string #2 key_btab kcbt str kB ----- back-tab key enter_xon_mode smxon str SX ----- turn on xon/xoff handshaking exit_xon_mode rmxon str RX ----- turn off xon/xoff handshaking enter_am_mode smam str SA ----- turn on automatic margins exit_am_mode rmam str RA ----- turn off automatic margins xon_character xonc str XN ----- XON character xoff_character xoffc str XF ----- XOFF character ena_acs enacs str eA ----- enable alternate char set label_on smln str LO ----- turn on soft labels label_off rmln str LF ----- turn off soft labels key_beg kbeg str @1 ----- begin key key_cancel kcan str @2 ----- cancel key key_close kclo str @3 ----- close key key_command kcmd str @4 ----- command key key_copy kcpy str @5 ----- copy key key_create kcrt str @6 ----- create key key_end kend str @7 ----- end key key_enter kent str @8 ----- enter/send key key_exit kext str @9 ----- exit key key_find kfnd str @0 ----- find key key_help khlp str %1 ----- help key key_mark kmrk str %2 ----- mark key key_message kmsg str %3 ----- message key key_move kmov str %4 ----- move key key_next knxt str %5 ----- next key key_open kopn str %6 ----- open key key_options kopt str %7 ----- options key key_previous kprv str %8 ----- previous key key_print kprt str %9 ----- print key key_redo krdo str %0 ----- redo key key_reference kref str &1 ----- reference key key_refresh krfr str &2 ----- refresh key key_replace krpl str &3 ----- replace key key_restart krst str &4 ----- restart key key_resume kres str &5 ----- resume key key_save ksav str &6 ----- save key key_suspend kspd str &7 ----- suspend key key_undo kund str &8 ----- undo key key_sbeg kBEG str &9 ----- shifted begin key key_scancel kCAN str &0 ----- shifted cancel key key_scommand kCMD str *1 ----- shifted command key key_scopy kCPY str *2 ----- shifted copy key key_screate kCRT str *3 ----- shifted create key key_sdc kDC str *4 ----- shifted delete-character key key_sdl kDL str *5 ----- shifted delete-line key key_select kslt str *6 ----- select key key_send kEND str *7 ----- shifted end key key_seol kEOL str *8 ----- shifted clear-to-end-of-line key key_sexit kEXT str *9 ----- shifted exit key key_sfind kFND str *0 ----- shifted find key key_shelp kHLP str #1 ----- shifted help key key_shome kHOM str #2 ----- shifted home key key_sic kIC str #3 ----- shifted insert-character key key_sleft kLFT str #4 ----- shifted left-arrow key key_smessage kMSG str %a ----- shifted message key key_smove kMOV str %b ----- shifted move key key_snext kNXT str %c ----- shifted next key key_soptions kOPT str %d ----- shifted options key key_sprevious kPRV str %e ----- shifted previous key key_sprint kPRT str %f ----- shifted print key key_sredo kRDO str %g ----- shifted redo key key_sreplace kRPL str %h ----- shifted replace key key_sright kRIT str %i ----- shifted right-arrow key key_srsume kRES str %j ----- shifted resume key key_ssave kSAV str !1 ----- shifted save key key_ssuspend kSPD str !2 ----- shifted suspend key key_sundo kUND str !3 ----- shifted undo key req_for_input rfi str RF ----- send next input char (for ptys) key_f11 kf11 str F1 ----E F11 function key key_f12 kf12 str F2 ----E F12 function key key_f13 kf13 str F3 ----E F13 function key key_f14 kf14 str F4 ----E F14 function key key_f15 kf15 str F5 ----E F15 function key key_f16 kf16 str F6 ----E F16 function key key_f17 kf17 str F7 ----E F17 function key key_f18 kf18 str F8 ----E F18 function key key_f19 kf19 str F9 ----E F19 function key key_f20 kf20 str FA ----E F20 function key key_f21 kf21 str FB ----E F21 function key key_f22 kf22 str FC ----E F22 function key key_f23 kf23 str FD ----E F23 function key key_f24 kf24 str FE ----E F24 function key key_f25 kf25 str FF ----E F25 function key key_f26 kf26 str FG ----E F26 function key key_f27 kf27 str FH ----E F27 function key key_f28 kf28 str FI ----E F28 function key key_f29 kf29 str FJ ----E F29 function key key_f30 kf30 str FK ----E F30 function key key_f31 kf31 str FL ----E F31 function key key_f32 kf32 str FM ----E F32 function key key_f33 kf33 str FN ----E F33 function key key_f34 kf34 str FO ----E F34 function key key_f35 kf35 str FP ----E F35 function key key_f36 kf36 str FQ ----E F36 function key key_f37 kf37 str FR ----E F37 function key key_f38 kf38 str FS ----E F38 function key key_f39 kf39 str FT ----E F39 function key key_f40 kf40 str FU ----E F40 function key key_f41 kf41 str FV ----E F41 function key key_f42 kf42 str FW ----E F42 function key key_f43 kf43 str FX ----E F43 function key key_f44 kf44 str FY ----E F44 function key key_f45 kf45 str FZ ----E F45 function key key_f46 kf46 str Fa ----E F46 function key key_f47 kf47 str Fb ----E F47 function key key_f48 kf48 str Fc ----E F48 function key key_f49 kf49 str Fd ----E F49 function key key_f50 kf50 str Fe ----E F50 function key key_f51 kf51 str Ff ----E F51 function key key_f52 kf52 str Fg ----E F52 function key key_f53 kf53 str Fh ----E F53 function key key_f54 kf54 str Fi ----E F54 function key key_f55 kf55 str Fj ----E F55 function key key_f56 kf56 str Fk ----E F56 function key key_f57 kf57 str Fl ----E F57 function key key_f58 kf58 str Fm ----E F58 function key key_f59 kf59 str Fn ----E F59 function key key_f60 kf60 str Fo ----E F60 function key key_f61 kf61 str Fp ----E F61 function key key_f62 kf62 str Fq ----E F62 function key key_f63 kf63 str Fr ----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 set_right_margin smgr str MR ----- set right soft margin at current column label_format fln str Lf ----- label format set_clock sclk str SC ----- set clock, #1 hrs #2 mins #3 secs display_clock dclk str DK ----- display clock at (#1,#2) remove_clock rmclk str RC ----- remove clock create_window cwin str CW ----- define a window #1 from #2,#3 to #4,#5 goto_window wingo str WG ----- go to window #1 hangup hup str HU ----- hang-up phone dial_phone dial str DI ----- dial number #1 quick_dial qdial str QD ----- dial number #1 without checking tone tone str TO ----- select touch tone dialing pulse pulse str PU ----- select pulse dialing flash_hook hook str fh ----- flash switch hook fixed_pause pause str PA ----- pause for 2-3 seconds wait_tone wait str WA ----- wait for dial-tone user0 u0 str u0 ----- User string #0 user1 u1 str u1 ----- User string #1 user2 u2 str u2 ----- User string #2 user3 u3 str u3 ----- User string #3 user4 u4 str u4 ----- User string #4 user5 u5 str u5 ----- User string #5 user6 u6 str u6 ----- User string #6 user7 u7 str u7 ----- User string #7 user8 u8 str u8 ----- User string #8 user9 u9 str u9 ----- User string #9 # # SVr4 added these capabilities to support color # orig_pair op str op ----- Set default pair to its original value orig_colors oc str oc ----- Set all color pairs to the original ones initialize_color initc str Ic ----- initialize color #1 to (#2,#3,#4) initialize_pair initp str Ip ----- Initialize color pair #1 to fg=(#2,#3,#4), bg=(#5,#6,#7) set_color_pair scp str sp ----- Set current color pair to #1 set_foreground setf str Sf ----- Set foreground color #1 set_background setb str Sb ----- Set background color #1 # # SVr4 added these capabilities to support printers # change_char_pitch cpi str ZA ----- Change number of characters per inch change_line_pitch lpi str ZB ----- Change number of lines per inch change_res_horz chr str ZC ----- Change horizontal resolution change_res_vert cvr str ZD ----- Change vertical resolution define_char defc str ZE ----- Define a character enter_doublewide_mode swidm str ZF ----- Enter double-wide mode enter_draft_quality sdrfq str ZG ----- Enter draft-quality mode enter_italics_mode sitm str ZH ----- Enter italic mode enter_leftward_mode slm str ZI ----- Start leftward carriage motion enter_micro_mode smicm str ZJ ----- Start micro-motion mode enter_near_letter_quality snlq str ZK ----- Enter NLQ mode enter_normal_quality snrmq str ZL ----- Enter normal-quality mode enter_shadow_mode sshm str ZM ----- Enter shadow-print mode enter_subscript_mode ssubm str ZN ----- Enter subscript mode enter_superscript_mode ssupm str ZO ----- Enter superscript mode enter_upward_mode sum str ZP ----- Start upward carriage motion exit_doublewide_mode rwidm str ZQ ----- End double-wide mode exit_italics_mode ritm str ZR ----- End italic mode exit_leftward_mode rlm str ZS ----- End left-motion mode exit_micro_mode rmicm str ZT ----- End micro-motion mode exit_shadow_mode rshm str ZU ----- End shadow-print mode exit_subscript_mode rsubm str ZV ----- End subscript mode exit_superscript_mode rsupm str ZW ----- End superscript mode exit_upward_mode rum str ZX ----- End reverse character motion micro_column_address mhpa str ZY ----- Like column_address in micro mode micro_down mcud1 str ZZ ----- Like cursor_down in micro mode micro_left mcub1 str Za ----- Like cursor_left in micro mode micro_right mcuf1 str Zb ----- Like cursor_right in micro mode micro_row_address mvpa str Zc ----- Like row_address in micro mode micro_up mcuu1 str Zd ----- Like cursor_up in micro mode order_of_pins porder str Ze ----- Match software bits to print-head pins parm_down_micro mcud str Zf ----- Like parm_down_cursor in micro mode parm_left_micro mcub str Zg ----- Like parm_left_cursor in micro mode parm_right_micro mcuf str Zh ----- Like parm_right_cursor in micro mode parm_up_micro mcuu str Zi ----- Like parm_up_cursor in micro mode select_char_set scs str Zj ----- Select character set set_bottom_margin smgb str Zk ----- Set bottom margin at current line set_bottom_margin_parm smgbp str Zl ----- Set bottom margin at line #1 or #2 lines from bottom set_left_margin_parm smglp str Zm ----- Set left (right) margin at column #1 (#2) set_right_margin_parm smgrp str Zn ----- Set right margin at column #1 set_top_margin smgt str Zo ----- Set top margin at current line set_top_margin_parm smgtp str Zp ----- Set top (bottom) margin at row #1 (#2) start_bit_image sbim str Zq ----- Start printing bit image graphics start_char_set_def scsd str Zr ----- Start character set definition stop_bit_image rbim str Zs ----- Stop printing bit image graphics stop_char_set_def rcsd str Zt ----- End definition of character set subscript_characters subcs str Zu ----- List of subscriptable characters superscript_characters supcs str Zv ----- List of superscriptable characters these_cause_cr docr str Zw ----- Printing any of these characters causes CR zero_motion zerom str Zx ----- No motion for subsequent character #%.TE #%.ad #% #%The following string capabilities are present in the SVr4.0 term structure, #%but were originally not documented in the man page. #% #%.na #%.TS H #%center expand; #%c l l c #%c l l c #%lw25 lw6 lw2 lw18. #%\fBVariable Cap- TCap Description\fR #%\fBString name Code\fR char_set_names csnm str Zy ----- List of character set names key_mouse kmous str Km ----- Mouse event has occurred mouse_info minfo str Mi ----- Mouse status information req_mouse_pos reqmp str RQ ----- Request mouse position get_mouse getm str Gm ----- Curses should get button events set_a_foreground setaf str AF ----- Set foreground color using ANSI escape set_a_background setab str AB ----- Set background color using ANSI escape pkey_plab pfxl str xl ----- Program function key #1 to type string #2 and show string #3 device_type devt str dv ----- Indicate language/codeset support code_set_init csin str ci ----- Init sequence for multiple codesets set0_des_seq s0ds str s0 ----- Shift to code set 0 (EUC set 0, ASCII) set1_des_seq s1ds str s1 ----- Shift to code set 1 set2_des_seq s2ds str s2 ----- Shift to code set 2 set3_des_seq s3ds str s3 ----- Shift to code set 3 set_lr_margin smglr str ML ----- Set both left and right margins to #1, #2 set_tb_margin smgtb str MT ----- Sets both top and bottom margins to #1, #2 bit_image_repeat birep str Xy ----- Repeat bit image cell #1 #2 times bit_image_newline binel str Zz ----- Move to next row of the bit image bit_image_carriage_return bicr str Yv ----- Move to beginning of same row color_names colornm str Yw ----- Give name for color #1 define_bit_image_region defbi str Yx ----- Define rectangualar bit image region end_bit_image_region endbi str Yy ----- End a bit-image region set_color_band setcolor str Yz ----- Change to ribbon color #1 set_page_length slines str YZ ----- Set page length to #1 lines # # SVr4 added these capabilities for direct PC-clone support # display_pc_char dispc str S1 ----- Display PC character enter_pc_charset_mode smpch str S2 ----- Enter PC character display mode exit_pc_charset_mode rmpch str S3 ----- Exit PC character display mode enter_scancode_mode smsc str S4 ----- Enter PC scancode mode exit_scancode_mode rmsc str S5 ----- Exit PC scancode mode pc_term_options pctrm str S6 ----- PC terminal options scancode_escape scesc str S7 ----- Escape for scancode emulation alt_scancode_esc scesa str S8 ----- Alternate escape for scancode emulation #%.TE #%.ad #% #%.in .8i #%The XSI Curses standard added these. They are some post-4.1 #%versions of System V curses, e.g., Solaris 2.5 and IRIX 6.x. #%The \fBncurses\fR termcap names for them are invented; according to the #%XSI Curses standard, they have no termcap names. If your compiled terminfo #%entries use these, they may not be binary-compatible with System V terminfo #%entries after SVr4.1; beware! #% #%.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 enter_horizontal_hl_mode ehhlm str Xh ----- Enter horizontal highlight mode enter_left_hl_mode elhlm str Xl ----- Enter left highlight mode enter_low_hl_mode elohlm str Xo ----- Enter low highlight mode enter_right_hl_mode erhlm str Xr ----- Enter right highlight mode enter_top_hl_mode ethlm str Xt ----- Enter top highlight mode enter_vertical_hl_mode evhlm str Xv ----- Enter vertical highlight mode set_a_attributes sgr1 str sA ----- Define second set of video attributes #1-#6 set_pglen_inch slength str sL ----- YI Set page length to #1 hundredth of an inch #%.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 # also tells the man page table generator not to pass through following lines # This means we can have obsolete capabilities and pseudo-capabilities that are # recognized for termcap or terminfo compilation, but not output. # # %%-STOP-HERE-%% # # Don't move this casually! In fact, don't move it at all unless you're # either doing it to add System V or XPG4 extensions, or have decided you # don't care about SVr4 binary compatibility. # ############################################################################# # # TERMCAP EXTENSION CAPABILITIES # # The capabilities below are either obsolete or extensions on certain systems. # They are not used by SVR4 terminfo. Some are used by captoinfo to translate # termcap sources; the rest are listed for completeness, and in case somebody # cares about them enough to hack in code that will translate them into # terminfo capabilities. # # The first part of the list is from Ross Ridge's `mytinfo' package # (comp.sources.unix, volume 26); the variable names and terminfo names (as # well as the termcap codes) match his list. # # This group of codes is not marked obsolete in 4.4BSD, but have no direct # terminfo equivalents. The rs capability is specially translated to terminfo # r2, and vice versa, if an entry does not already have an r2. Similarly, # i2 is translated to r3 if there is no r3 (because SV terminfo maps is to i2). # The ug capability is thrown away, but assumed to be whatever sg is if the # latter is nonzero and we're dumping in termcap format. # termcap_init2 OTi2 str i2 YB--- secondary initialization string termcap_reset OTrs str rs YB-G- terminal reset string magic_cookie_glitch_ul OTug num ug YBCGE number of blanks left by ul # # Obsolete termcap capabilities. Some are used for termcap translation. The # code uses the 'OT' prefix we put on obsolete capabilities to suppress # printing them in terminfo source dumps of compiled entries. # backspaces_with_bs OTbs bool bs YBCGE uses ^H to move left crt_no_scrolling OTns bool ns YBCG- crt cannot scroll no_correctly_working_cr OTnc bool nc YBCG- no way to go to start of line carriage_return_delay OTdC num dC YB-G- pad needed for CR new_line_delay OTdN num dN YB-G- pad needed for LF linefeed_if_not_lf OTnl str nl YBCGE use to move down backspace_if_not_bs OTbc str bc YBCGE move left, if not ^H # # GNU termcap library extensions. The GNU termcap file distributed with # Emacs no longer uses these, but MT showed up in pre-9.0 versions of the # BSD termcap file. The name clash with terminfo MT is resolved by type # info; MT is converted to km. # gnu_has_meta_key OTMT bool MT ----E has meta key # gnu_tab_width OTtw num tw ----E tab width in spaces # # GNU termcap *does* include the following extended capability, Only the # now-obsolete Ann Arbor terminals used it. # # gnu_change_scroll_region OTcS str cS ---GE alternate set scrolling region # # The following comments describe capnames so ancient that I believe no # software uses them any longer. Some of these have to go because they # clash with terminfo names in ways that cannot be resolved by type # information. # # These mytinfo codes are not used in the 4.4BSD curses code. They are # marked obsolete in the 4.4BSD manual pages. # # There is one conflict with terminfo; ma is in both. This conflict is # resolved by type information. # # The `ko' capability is translated by special code. It should contain a # 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... # # 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 # text. All lines above the cursor's current line become locked in place on # the screen. Then enter data normally. When the screen fills up, any # further data entered forces the first line of unfrozen line text to scroll # under the frozen data. Lines scrolled off the screen are inserted into # memory immediately preceding the first frozen line." (from the HP 700/96 # User's manual). VT100/ANSI memory lock set is \E[>2h, reset is \E[>2l. # # Applications that use terminfo are supposed to behave as though xr is # always true. # linefeed_is_newline OTNL bool NL YB--- move down with \n # even_parity OTEP bool EP -B--- terminal requires even parity # odd_parity OTOP bool OP -B--- terminal requires odd parity # half_duplex OTHD bool HD -B--- terminal is half-duplex # lower_case_only OTLC bool LC -B--- terminal has only lower case # upper_case_only OTUC bool UC -B--- terminal has only upper case backspace_delay OTdB num dB YB-G- padding required for ^H # form_feed_delay OTdF num dF -B-G- padding required for ^L horizontal_tab_delay OTdT num dT YB-G- padding required for ^I # 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 # 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 # 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. # # rind_only_at_top OTxq bool xq ----- reverse index only works from top line # # University of Waterloo termcap extensions (as described in mytinfo). # The `xl' termcap file clashes with a terminfo name; this ambiguity cannot # be resolved by a type check. The descriptions are guesses from what was # in the mytinfo tables. # # key_interrupt_char OTki str ki ----- string set by interrupt key (?) # key_kill_char OTkk str kk ----- string set by kill key (?) # key_suspend_char OTkz str kz ----- string set by suspend key (?) # initialization_messy OTxc bool xc ----- initialization leaves garbage on the screen (?) # ind_at_bottom_does_cr OTxl bool xl ----- index does a carriage return # # Nonstandard capabilities unique to Ross Ridge's `mytinfo' package. # SR clashes with a terminfo name; this ambiguity cannot be resolved by a type # check. # # scroll_left OTsl1 str Sl ----- scroll screen leftward # scroll_right OTsr1 str Sr ----- scroll screen rightward # parm_scroll_left OTsl str SL ----- scroll screen leftward #1 characters # parm_scroll_right OTsr str SR ----- scroll screen rightward #1 characters # # The mytinfo capabilities end here. # # XENIX extensions: # # Xenix defined its own set of forms-drawing capabilities: # # cap IBM ASCII description ACS ASCII # --- ----------- -------------------- ------------- ------ # G1 191 \277 M-? single upper right ACS_URCORNER # G2 218 \332 M-Z single upper left ACS_ULCORNER # G3 192 \300 M-@ single lower left ACS_LLCORNER # G4 217 \331 M-Y single lower right ACS_LRCORNER # G5 187 \273 M-; double upper right # G6 201 \311 M-I double upper left # G7 200 \310 M-H double lower left # G8 188 \274 M-< double lower right # GC 197 \305 M-E single intersection ACS_PLUS _ _ # GD 194 \302 M-B single down-tick ACS_TTEE | # GH 196 \304 M-D single horizontal line ACS_HLINE # GL 180 \264 M-4 single left tick ACS_RTEE -| # GR 195 \303 M-C single right tick ACS_LTEE |- # GU 193 \301 M-A single up tick ACS_BTEE _|_ # GV 179 \263 M-3 single vertical line ACS_VLINE # Gc 206 \316 M-N double intersection # Gd 203 \313 M-K double down tick # Gh 205 \315 M-M double horizontal line # Gl 204 \204 M-L double left tick # Gr 185 \271 M-9 double right tick # Gu 202 \312 M-J double up tick # Gv 186 \272 M-: double vertical line # # The compiler will translate the single-line caps and discard the others # (via IGNORE aliases further down). We don't want to do normal pad # translation on these, they're often single-character printable ASCII # strings that happen to be numerics. There's awk code in parametrized.sh # that detects the acs_ prefix and uses it to suppress pad translation. # These terminfo names are invented. # acs_ulcorner OTG2 str G2 ----- single upper left acs_llcorner OTG3 str G3 ----- single lower left acs_urcorner OTG1 str G1 ----- single upper right acs_lrcorner OTG4 str G4 ----- single lower right acs_ltee OTGR str GR ----- tee pointing right acs_rtee OTGL str GL ----- tee pointing left acs_btee OTGU str GU ----- tee pointing up acs_ttee OTGD str GD ----- tee pointing down acs_hline OTGH str GH ----- single horizontal line acs_vline OTGV str GV ----- single vertical line acs_plus OTGC str GC ----- single intersection # ############################################################################# # # 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.... # memory_lock meml str ml ----K memory lock above memory_unlock memu str mu ----K memory unlock #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 #key_f11 kf11 str k< ----- function key 11 #key_f12 kf12 str k> ----- function key 12 # The key_f13 through key_f64 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 certainly wrong. #key_f13 kf13 str k+ ----- function key 13 #key_f14 kf14 str k+ ----- function key 14 #key_f15 kf15 str k+ ----- function key 15 #key_f16 kf16 str k+ ----- function key 16 #key_f17 kf17 str k+ ----- function key 17 #key_f18 kf18 str k+ ----- function key 18 #key_f19 kf19 str k+ ----- function key 19 #key_f20 kf20 str k+ ----- function key 20 #key_f21 kf21 str k+ ----- function key 21 #key_f22 kf22 str k+ ----- function key 22 #key_f23 kf23 str k+ ----- function key 23 #key_f24 kf24 str k+ ----- function key 24 #key_f25 kf25 str k+ ----- function key 25 #key_f26 kf26 str k+ ----- function key 26 #key_f27 kf26 str k+ ----- function key 26 #key_f28 kf28 str k+ ----- function key 28 #key_f29 kf29 str k+ ----- function key 29 #key_f30 kf30 str k+ ----- function key 30 #key_f31 kf31 str k+ ----- function key 31 #key_f32 kf31 str k+ ----- function key 32 #key_f33 kf33 str k+ ----- function key 33 #key_f34 kf34 str k+ ----- function key 34 #key_f35 kf35 str k+ ----- function key 35 #key_f36 kf36 str k+ ----- function key 36 #key_f37 kf37 str k+ ----- function key 37 #key_f38 kf38 str k+ ----- function key 38 #key_f39 kf39 str k+ ----- function key 39 #key_f40 kf40 str k+ ----- function key 40 #key_f41 kf41 str k+ ----- function key 41 #key_f42 kf42 str k+ ----- function key 42 #key_f43 kf43 str k+ ----- function key 43 #key_f44 kf44 str k+ ----- function key 44 #key_f45 kf45 str k+ ----- function key 45 #key_f46 kf46 str k+ ----- function key 46 #key_f47 kf47 str k+ ----- function key 47 #key_f48 kf48 str k+ ----- function key 48 #key_f49 kf49 str k+ ----- function key 49 #key_f50 kf50 str k+ ----- function key 50 #key_f51 kf51 str k+ ----- function key 51 #key_f52 kf52 str k+ ----- function key 52 #key_f53 kf53 str k+ ----- function key 53 #key_f54 kf54 str k+ ----- function key 54 #key_f55 kf55 str k+ ----- function key 55 #key_f56 kf56 str k+ ----- function key 56 #key_f57 kf57 str k+ ----- function key 57 #key_f58 kf58 str k+ ----- function key 58 #key_f59 kf59 str k+ ----- function key 59 #key_f60 kf60 str k+ ----- function key 60 #key_f61 kf61 str k+ ----- function key 61 #key_f62 kf62 str k+ ----- function key 62 #key_f63 kf63 str k+ ----- function key 63 # 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. # ############################################################################# # # The following sets edit modes for GNU EMACS # Local Variables: # case-fold-search:nil # truncate-lines:t # End: