if anyone is interested here's a whole listing of ansi codes I found....
after my long long search the best list was right under my nose in
man screen :-)))) and this is it.... just view it with more, less, cut
or whatever....
Have phun,
Jurko
--- [ snip it off here ] ------------------------------------------------------
The following is a list of control sequences recognized by
_s_c_r_e_e_n. "(V)" and "(A)" indicate VT100-specific and ANSI-
or ISO-specific functions, respectively.
EEEESSSSCCCC EEEE Next Line
EEEESSSSCCCC DDDD Index
EEEESSSSCCCC MMMM Reverse Index
EEEESSSSCCCC HHHH Horizontal Tab Set
EEEESSSSCCCC ZZZZ Send VT100 Identification String
EEEESSSSCCCC 7777 (V) Save Cursor and Attributes
EEEESSSSCCCC 8888 (V) Restore Cursor and Attributes
EEEESSSSCCCC [[[[ssss (A) Save Cursor and Attributes
EEEESSSSCCCC [[[[uuuu (A) Restore Cursor and Attributes
EEEESSSSCCCC cccc Reset to Initial State
EEEESSSSCCCC gggg Visual Bell
EEEESSSSCCCC Pn pppp Cursor Visibility (97801)
Pn = 6666 Invisible
7777 Visible
EEEESSSSCCCC ==== (V) Application Keypad Mode
EEEESSSSCCCC >>>> (V) Numeric Keypad Mode
EEEESSSSCCCC #### 8888 (V) Fill Screen with E's
EEEESSSSCCCC \\\\ (A) String Terminator
EEEESSSSCCCC ^^^^ (A) Privacy Message String (Message
Line)
EEEESSSSCCCC !!!! Global Message String (Message
Line)
EEEESSSSCCCC kkkk A.k.a. Definition String
EEEESSSSCCCC PPPP (A) Device Control String. Outputs a
string directly to the host ter-
minal without interpretation.
EEEESSSSCCCC ____ (A) Application Program Command
(Hardstatus)
EEEESSSSCCCC ]]]] (A) Operating System Command
(Hardstatus, xterm title hack)
CCCCoooonnnnttttrrrroooollll----NNNN (A) Lock Shift G1 (SO)
CCCCoooonnnnttttrrrroooollll----OOOO (A) Lock Shift G0 (SI)
EEEESSSSCCCC nnnn (A) Lock Shift G2
EEEESSSSCCCC oooo (A) Lock Shift G3
EEEESSSSCCCC NNNN (A) Single Shift G2
EEEESSSSCCCC OOOO (A) Single Shift G3
EEEESSSSCCCC (((( Pcs (A) Designate character set as G0
EEEESSSSCCCC )))) Pcs (A) Designate character set as G1
EEEESSSSCCCC **** Pcs (A) Designate character set as G2
EEEESSSSCCCC ++++ Pcs (A) Designate character set as G3
EEEESSSSCCCC [[[[ Pn ;;;; Pn HHHH Direct Cursor Addressing
EEEESSSSCCCC [[[[ Pn ;;;; Pn ffff Direct Cursor Addressing
EEEESSSSCCCC [[[[ Pn JJJJ Erase in Display
Pn = None or 0000 From Cursor to End of Screen
1111 From Beginning of Screen to Cur-
sor
2222 Entire Screen
EEEESSSSCCCC [[[[ Pn KKKK Erase in Line
Pn = None or 0000 From Cursor to End of Line
1111 From Beginning of Line to Cursor
2222 Entire Line
EEEESSSSCCCC [[[[ Pn AAAA Cursor Up
EEEESSSSCCCC [[[[ Pn BBBB Cursor Down
EEEESSSSCCCC [[[[ Pn CCCC Cursor Right
EEEESSSSCCCC [[[[ Pn DDDD Cursor Left
EEEESSSSCCCC [[[[ Ps ;;;;...;;;; Ps mmmm Select Graphic Rendition
Ps = None or 0000 Default Rendition
1111 Bold
2222 (A) Faint
3333 (A) _S_t_a_n_d_o_u_t Mode (ANSI: Italicized)
4444 Underlined
5555 Blinking
7777 Negative Image
22222222 (A) Normal Intensity
22223333 (A) _S_t_a_n_d_o_u_t Mode off (ANSI: Itali-
cized off)
22224444 (A) Not Underlined
22225555 (A) Not Blinking
22227777 (A) Positive Image
33330000 (A) Foreground Black
33331111 (A) Foreground Red
33332222 (A) Foreground Green
33333333 (A) Foreground Yellow
33334444 (A) Foreground Blue
33335555 (A) Foreground Magenta
33336666 (A) Foreground Cyan
33337777 (A) Foreground White
33339999 (A) Foreground Default
44440000 (A) Background Black
............
44449999 (A) Background Default
EEEESSSSCCCC [[[[ Pn gggg Tab Clear
Pn = None or 0000 Clear Tab at Current Position
3333 Clear All Tabs
EEEESSSSCCCC [[[[ Pn ;;;; Pn rrrr (V) Set Scrolling Region
EEEESSSSCCCC [[[[ Pn IIII (A) Horizontal Tab
EEEESSSSCCCC [[[[ Pn ZZZZ (A) Backward Tab
EEEESSSSCCCC [[[[ Pn LLLL (A) Insert Line
EEEESSSSCCCC [[[[ Pn MMMM (A) Delete Line
EEEESSSSCCCC [[[[ Pn @@@@ (A) Insert Character
EEEESSSSCCCC [[[[ Pn PPPP (A) Delete Character
EEEESSSSCCCC [[[[ Pn SSSS Scroll Scrolling Region Up
EEEESSSSCCCC [[[[ Pn TTTT Scroll Scrolling Region Down
EEEESSSSCCCC [[[[ Ps ;;;;...;;;; Ps hhhh Set Mode
EEEESSSSCCCC [[[[ Ps ;;;;...;;;; Ps llll Reset Mode
Ps = 4444 (A) Insert Mode
22220000 (A) _A_u_t_o_m_a_t_i_c _L_i_n_e_f_e_e_d Mode
33334444 Normal Cursor Visibility
????1111 (V) Application Cursor Keys
????3333 (V) Change Terminal Width to 132
columns
????5555 (V) Reverse Video
????6666 (V) _O_r_i_g_i_n Mode
????7777 (V) _W_r_a_p Mode
????22225555 (V) Visible Cursor
EEEESSSSCCCC [[[[ 5555 iiii (A) Start relay to printer (ANSI
Media Copy)
EEEESSSSCCCC [[[[ 4444 iiii (A) Stop relay to printer (ANSI Media
Copy)
EEEESSSSCCCC [[[[ 8888 ;;;; Ph ;;;; Pw tttt Resize the window to `Ph' lines
and `Pw' columns (SunView spe-
cial)
EEEESSSSCCCC [[[[ cccc Send VT100 Identification String
EEEESSSSCCCC [[[[ xxxx Send Terminal Parameter Report
EEEESSSSCCCC [[[[ >>>> cccc Send VT220 Secondary Device
Attributes String
EEEESSSSCCCC [[[[ 6666 nnnn Send Cursor Position Report
IIIINNNNPPPPUUUUTTTT TTTTRRRRAAAANNNNSSSSLLLLAAAATTTTIIIIOOOONNNN
In order to do a full VT100 emulation _s_c_r_e_e_n has to detect
that a sequence of characters in the input stream was gen-
erated by a keypress on the user's keyboard and insert the
VT100 style escape sequence. _S_c_r_e_e_n has a very flexible way
of doing this by making it posible to map arbitrary commands
on arbitrary sequences of characters. For standard VT100
emulation the command will always insert a string in the
input buffer of the window (see also command ssssttttuuuuffffffff in the
command table). Because the sequences generated by a
keypress can change after a reattach from a different termi-
nal type, it is possible to bind commands to the termcap
name of the keys. _S_c_r_e_e_n will insert the correct binding
after each reattach. See the bbbbiiiinnnnddddkkkkeeeeyyyy command for further
details on the syntax and examples.
Here is the table of the default key bindings. (A) means
that the command is executed if the keyboard is switched
into application mode.
Key name Termcap name Command
______________________________________________________
Cursor up ku stuff \033[A
stuff \033OA (A)
Cursor down kd stuff \033[B
stuff \033OB (A)
Cursor right kr stuff \033[C
stuff \033OC (A)
Cursor left kl stuff \033[D
stuff \033OD (A)
Function key 0 k0 stuff \033[10~
Function key 1 k1 stuff \033OP
Function key 2 k2 stuff \033OQ
Function key 3 k3 stuff \033OR
Function key 4 k4 stuff \033OS
Function key 5 k5 stuff \033[15~
Function key 6 k6 stuff \033[17~
Function key 7 k7 stuff \033[18~
Function key 8 k8 stuff \033[19~
Function key 9 k9 stuff \033[20~
Function key 10 k; stuff \033[21~
Function key 11 F1 stuff \033[22~
Function key 12 F2 stuff \033[23~
Backspace kb stuff \010
Home kh stuff \033[1~
End kH stuff \033[4~
Insert kI stuff \033[2~
Delete kD stuff \033[3~
Page up kP stuff \033[5~
Page down kN stuff \033[6~
Keypad 0 f0 stuff 0
stuff \033Op (A)
Keypad 1 f1 stuff 1
stuff \033Oq (A)
Keypad 2 f2 stuff 2
stuff \033Or (A)
Keypad 3 f3 stuff 3
stuff \033Os (A)
Keypad 4 f4 stuff 4
stuff \033Ot (A)
Keypad 5 f5 stuff 5
stuff \033Ou (A)
Keypad 6 f6 stuff 6
stuff \033Ov (A)
Keypad 7 f7 stuff 7
stuff \033Ow (A)
Keypad 8 f8 stuff 8
stuff \033Ox (A)
Keypad 9 f9 stuff 9
stuff \033Oy (A)
Keypad + f+ stuff +
stuff \033Ok (A)
Keypad - f- stuff -
stuff \033Om (A)
Keypad * f* stuff *
stuff \033Oj (A)
Keypad / f/ stuff /
stuff \033Oo (A)
Keypad = fq stuff =
stuff \033OX (A)
Keypad . f. stuff .
stuff \033On (A)
Keypad , f, stuff ,
stuff \033Ol (A)
Keypad enter fe stuff \015
stuff \033OM (A)
SSSSPPPPEEEECCCCIIIIAAAALLLL TTTTEEEERRRRMMMMIIIINNNNAAAALLLL CCCCAAAAPPPPAAAABBBBIIIILLLLIIIITTTTIIIIEEEESSSS
The following table describes all terminal capabilities that
are recognized by _s_c_r_e_e_n and are not in the termcap(5)
manual. You can place these capabilities in your termcap
entries (in `/etc/termcap') or use them with the commands
`termcap', `terminfo' and `termcapinfo' in your screenrc
files. It is often not possible to place these capabilities
in the terminfo database.
LLLLPPPP (_b_o_o_l) Terminal has VT100 style margins (`magic mar-
gins'). Note that this capability is obsolete
because _s_c_r_e_e_n uses the standard 'xn' instead.
ZZZZ0000 (_s_t_r) Change width to 132 columns.
ZZZZ1111 (_s_t_r) Change width to 80 columns.
WWWWSSSS (_s_t_r) Resize display. This capability has the desired
width and height as arguments. _S_u_n_V_i_e_w(_t_m)
example: '\E[8;%d;%dt'.
NNNNFFFF (_b_o_o_l) Terminal doesn't need flow control. Send ^S and
^Q direct to the application. Same as 'flow
off'. The opposite of this capability is 'nx'.
GGGG0000 (_b_o_o_l) Terminal can deal with ISO 2022 font selection
sequences.
SSSS0000 (_s_t_r) Switch charset 'G0' to the specified charset.
Default is '\E(%.'.
EEEE0000 (_s_t_r) Switch charset 'G0' back to standard charset.
Default is '\E(B'.
CCCC0000 (_s_t_r) Use the string as a conversion table for font
'0'. See the 'ac' capability for more details.
CCCCSSSS (_s_t_r) Switch cursorkeys to application mode.
CCCCEEEE (_s_t_r) Switch cursorkeys back to normal mode.
AAAANNNN (_b_o_o_l) Turn on autonuke. See the 'autonuke' command
for more details.
OOOOLLLL (_n_u_m) Set the output buffer limit. See the
'obuflimit' command for more details.
KKKKJJJJ (_s_t_r) Set the kanji type of the terminal. Valid
strings are "jis", "euc" and "sjis".
AAAAFFFF (_s_t_r) Change character forground color in an ANSI
conform way. This capability will almost always
be set to '\E[3%dm' ('\E[3%p1%dm' on terminfo
machines).
AAAABBBB (_s_t_r) Same as 'AF', but change background color.
AAAAXXXX (_b_o_o_l) Does understand ANSI set default fg/bg color
(\E[39m / \E[49m).
XXXXCCCC (_s_t_r) Describe a translation of characters to strings
depending on the current font. More details
follow in the next section.
CCCCHHHHAAAARRRRAAAACCCCTTTTEEEERRRR TTTTRRRRAAAANNNNSSSSLLLLAAAATTTTIIIIOOOONNNN
_S_c_r_e_e_n has a powerful mechanism to translate characters to
arbitrary strings depending on the current font and terminal
type. Use this feature if you want to work with a common
standard character set (say ISO8851-latin1) even on termi-
nals that scatter the more unusual characters over several
national language font pages.
Syntax:
XXXXCCCC====<_c_h_a_r_s_e_t-_m_a_p_p_i_n_g>{,,,,,,,,<_c_h_a_r_s_e_t-_m_a_p_p_i_n_g>}
<_c_h_a_r_s_e_t-_m_a_p_p_i_n_g> := <_d_e_s_i_g_n_a_t_o_r><_t_e_m_p_l_a_t_e>{,,,,<_m_a_p_p_i_n_g>}
<_m_a_p_p_i_n_g> := <_c_h_a_r-_t_o-_b_e-_m_a_p_p_e_d><_t_e_m_p_l_a_t_e-_a_r_g>
The things in braces may be repeated any number of times.
A <_c_h_a_r_s_e_t-_m_a_p_p_i_n_g> tells _s_c_r_e_e_n how to map characters in
font <_d_e_s_i_g_n_a_t_o_r> ('B': Ascii, 'A': UK, 'K': german, etc.)
to strings. Every <_m_a_p_p_i_n_g> describes to what string a sin-
gle character will be translated. A template mechanism is
used, as most of the time the codes have a lot in common
(for example strings to switch to and from another charset).
Each occurence of '%' in <_t_e_m_p_l_a_t_e> gets substituted with
the <_t_e_m_p_l_a_t_e-_a_r_g> specified together with the character. If
your strings are not similar at all, then use '%' as a tem-
plate and place the full string in <_t_e_m_p_l_a_t_e-_a_r_g>. A quoting
mechanism was added to make it possible to use a real '%'.
The '\' character quotes the special characters '\', '%',
and ','.
Here is an example:
termcap hp700 'XC=B\E(K%\E(B,\304[,\326\\\\,\334]'
This tells _s_c_r_e_e_n, how to translate ISOlatin1 (charset 'B')
upper case umlaut characters on a hp700 terminal that has a
german charset. '\304' gets translated to '\E(K[\E(B' and so
on. Note that this line gets parsed *three* times before
the internal lookup table is built, therefore a lot of quot-
ing is needed to create a single '\'.
Another extension was added to allow more emulation: If a
mapping translates the unquoted '%' char, it will be sent to
the terminal whenever _s_c_r_e_e_n switches to the corresponding
<_d_e_s_i_g_n_a_t_o_r>. In this special case the template is assumed
to be just '%' because the charset switch sequence and the
character mappings normaly haven't much in common.
This example shows one use of the extension:
termcap xterm 'XC=K%,%\E(B,[\304,\\\\\326,]\334'
Here, a part of the german ('K') charset is emulated on an
xterm. If _s_c_r_e_e_n has to change to the 'K' charset, '\E(B'
will be sent to the terminal, i.e. the ASCII charset is used
instead. The template is just '%', so the mapping is
straightforward: '[' to '\304', '\' to '\326', and ']' to
'\334'.
EEEENNNNVVVVIIIIRRRROOOONNNNMMMMEEEENNNNTTTT
TERM Terminal name.
TERMCAP Terminal description.
FFFFIIIILLLLEEEESSSS
<socket directory>/.termcap Written by the "termcap" output
function
/usr/lib/terminfo/?/* or
/etc/termcap Terminal capability databases
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