Eterm always displays its current version at the top of the options list
on the usage screen. You can view the usage screen by envoking Eterm with
the -h or --help option. Also, you can place the current
version number in the Eterm title bar using the escape sequence "ESC[8n".
There are several reasons we chose to do this:
This is another change made as of DR 0.6. Since it is Eterm (Enlightened term, intended for use with The Enlightenment Window Manager), we chose to have it read a config file very similar to Enlightenment's own MAIN.
Eterm 0.7 has support for themes. (See the later question, "What constitutes an Eterm theme?", for more info on themes.) By default, the make install will copy the themes from the themes/* directories into the $libdir/Eterm/themes/ directory (/usr/local/lib/Eterm/themes by default). It will no longer read ~/.Eterm/MAIN, but instead will look for the Eterm theme if no theme is specified on the command line.
The most likely cause of this (besides not having one :-) is not having the
proper "magic number" line at the top of your config file. As of DR 0.6a,
the first line of your config file must look like:
<Eterm-0.6a>
This "magic number" mechanism prevents Eterm from trying to read an Enlightenment
config file as its own, and it may provide backward compatibility in the future.
The "0.6a" part represents the version of Eterm for which the config file was
written (without the "DR" if there is one).
There is a file called RELNOTES.Eterm in the base directory of each
Eterm distribution. Those release notes give information about what changes
were made in each release, plans for future changes, etc.
Here is a list:
One of Eterm's most notable features is its ability to put images (called pixmaps by
convention) in the background of your terminal windows. Eterm-bg.tar.gz
(obtainable from any Eterm site) contains about 14 Meg worth of cool pixmaps to
try. It's completely optional. If you do get it, be sure to untar it into your
home directory. It puts the images in .Eterm/pix/ underneath wherever
you install it. I also left the .xvpics directory intact, so you can use
the Visual Schnauzer to preview the pixmaps.
The man page for Eterm DR 0.6 and later is not finished yet. Stay tuned to these
pages. I'll post it here as soon as it's ready.
Make sure that mouse reporting is actually turned off. Unfortunately, some editors
do not properly turn off mouse reporting when they are abnormally terminated. The
tcsh shell may also use mouse reporting unless explicitly turned off. You can check
this by trying the selection/cut/paste while holding down Alt or Shift. See the
Technical Reference (doc/Eterm.ref) for more detailed information.
You aren't doing anything wrong. Eterm does not support, and probably never will support, blinking text. Instead (assuming NO_BRIGHTCOLOR is *not* defined during compilation), Eterm uses the bold and blink attributes to provide high-intensity versions of the foreground and background colors respectively. In general, colors 0-7 are the low-intensity colors, and colors 8-15 are the corresponding high-intensity colors. (So color 8 is a "bold" color 0, color 9 is a "bold" color 1, etc.) It is worth noting that some programs break this convention and use colors 8-15 to provide 16 total colors, none of which bear any relationship to any other based on their color number.
Related to this issue is the question of how the default foreground and background colors are treated (those specified by the -f (--foreground-color) and -b (--background-color) options) with respect to the bold and blink attributes. In the simplest (and most common) case, the fg/bg colors each match one of the low-intensity colors (0-7). If this is true, the bold/blink attributes (respectively) activate the corresponding high-intensity color (8-15).
If this is not the case, and either the foreground color or the background color does not match any of the 8 low-intensity colors, slightly different action must be taken. In the former case, the bold foreground is simulated using an overstrike mechanism *. In the latter case, the blink attribute is simply ignored.
* This feature is dependent upon NO_BOLDOVERSTRIKE
not being defined during compile. Furthermore, its use is discouraged and
unsupported, as it tends to create "pixel droppings."
You can change the colors 0-15 in your Eterm configuration file. These settings, taken from themes/Eterm/MAIN, are Rasterman's colors which he says work well for displaying ANSI art:
color 0 0 0 0 color 1 0xaa 0 0 color 2 0 0210 0 color 3 0xaa 0x55 0x22 color 4 0 0 0xaa color 5 0xaa 0 0xaa color 6 0 0xaa 0xaa color 7 0xaa 0xaa 0xaa color 8 0x44 0x44 0x44 color 9 0xff 0x44 0x44 color 10 0x44 0xff 0x44 color 11 0xff 0xff 0x44 color 12 0x44 0x44 0xff color 13 0xff 0x44 0xff color 14 0x44 0xff 0xff color 15 #ffffff
The syntax for this section is discussed in themes/Eterm/MAIN.
You can also change individual colors on the command line, using the --colorN
options (where N is the number of the color you wish to change). The value can be
either a color name or an RGB triple. For example, --color5=blue or
--color1="#ff0000".
The Backspace/Delete problem has plagued UNIX for quite some time now, and there are no easy answers. This FAQ covers how Eterm handles the two keys; however, detailed explanations of xmodmap, stty, and so forth are beyond its scope. The appropriate man pages should be consulted.
First, I'll assume that the Backspace key on your keyboard corresponds to the Backspace keysym under X. (This is not always the case. See the next question for more details on this.) There are two standard values that the Backspace key sends: Ctrl-H ("^H") and Ctrl-? ("^?"). Eterm inherits the "erase" stty setting from the terminal from which it is started. If it is not started from a terminal (e.g., if it were started from a window manager button or pull-down menu, or a remote shell), Eterm defaults to the value of CERASE (defined in <termios.h>). This may not be the same as the stty settings of your terminal.
When starting a new Eterm, you can set the desired value before calling Eterm:
$ stty erase ^H $ Etermor
$ stty erase ^? $ Eterm
Remember, you can generate either value using Backspace and Ctrl/Shift-Backspace. You can also toggle which key is which using the "ESC[36h" and "ESC[36l" escape sequences.
In an existing Eterm, use these commands:
$ stty erase ^H $ echo -n "^[[36h"or
$ stty erase ^? $ echo -n "^[[36l"
Of course, there are other Backspace-related problems. For example, some editors use termcap/terminfo, but there are some that expect Backspace == ^H regardless. And then there's GNU Emacs, which binds ^H to help.... My personal solution is to always use ^H for backspace, and add this line to my .emacs file:
(global-set-key "\C-h" 'delete-backward-char)
This should cover the Backspace problems. Remember that if you use ^? for Backspace, you'll need to change the doc/Eterm.ti and doc/Eterm.tcap to reflect this.
The Delete key (which is supposed to correspond to ^?) has problems of its own. In
an effort to avoid excessive confusion (yeah, right :-) between Backspace and
Delete, Eterm assigns "ESC[3~" to the Delete key, which is the vt100 sequence
for Execute.
Apparently, the XFree86 server elects to map the Backspace key as Delete to match the Linux console. Besides complaining to the Linux and XF86 people, here's what you can do about it:
keycode 22 = BackSpaceUse xev to change the keycode to properly match your machine if needed. This will also fix the BackSpace problem with Motif applications, like Netscape.
Congratulations! Your Backspace now works as described in the previous answer, so
start from there.
You must compile Eterm with KEYSYM_RESOURCE defined to change key bindings. Assuming you've done this, you can change the keystrings associated with keysyms 0xFF00 - 0xFFFF (special keys only) in your Eterm config file.
Here is a sample set of keysym attributes included in the tn3270 theme:
# Delete - ^D keysym 0xFFFF "\004" # Left - ^B keysym 0xFF51 "\002" # Right - ^F keysym 0xFF53 "\006" # Up - ^P keysym 0xFF52 "\020" # Down - ^N keysym 0xFF54 "\016" # Home - ^A keysym 0xFF50 "\001" # End - ^E keysym 0xFF57 "\005" # F1 - F12 keysym 0xFFBE "\e1" keysym 0xFFBF "\e2" keysym 0xFFC0 "\e3" keysym 0xFFC1 "\e4" keysym 0xFFC2 "\e5" keysym 0xFFC3 "\e6" keysym 0xFFC4 "\e7" keysym 0xFFC5 "\e8" keysym 0xFFC6 "\e9" keysym 0xFFC7 "\e0" keysym 0xFFC8 "\e-" keysym 0xFFC9 "\e=" # map Prior/Next to F7/F8 keysym 0xFF55 "\e7" keysym 0xFF56 "\e8"
The proper way to do this is to use xmodmap to remap the keys needed.
Consult the appropriate man page, as a discussion of xmodmap usage
is beyond the scope of this FAQ.
It is useful to know whether or not you are in an xterm or an Eterm (or
another terminal emulator that supports color), for purposes of setting
color variables and so forth. To this end, Eterm always sets and exports
the $COLORTERM environment variable, so you can use
test to see if it's set. Many programs (mutt, jed, slrn, etc.)
perform this test for you to determine whether or not to use color.
You must have compiled Eterm with DISPLAY_IS_IP and ENABLE_DISPLAY_ANSWER defined. It is also wise to define ESCZ_ANSWER properly, or the provided shell code samples will not work. (You'll need to use $COLORTERM to determine if you are using an Eterm.)
Here are a couple shell script samples that will properly set your $DISPLAY, first for Bourne/POSIX-compatible shells, then for csh-compatible shells.
#!/bin/sh # If $TERM is not set, set it to xterm [ ${TERM:-empty} = empty ] && TERM=xterm # If it's an xterm, see if it's an Eterm if [ ${TERM:-foo} = xterm ]; then stty -icanon -echo min 0 time 15 echo -n '^[Z' read term_id stty icanon echo # If it's an Eterm, get $DISPLAY from it. if [ "$term_id" = '^[[?1;2C' -a ${DISPLAY:-empty} = empty ]; then echo -n '^[[7n' read DISPLAY fi fi ----- 8< ----- cut here ----- 8< ----- #!/bin/csh # If $TERM is not set, set it to xterm if ( !(${?TERM}) ) then TERM = xterm endif # If it's an xterm, see if it's an Eterm if ( ${TERM} =~ xterm ) then stty -icanon -echo min 0 time 15 echo -n '^[Z' set term_id=$< stty icanon echo if ( "${term_id}" == "^[[?1;2C" && ${?DISPLAY} == 0 ) then echo -n '^[[7n' setenv DISPLAY "$<" endif endif
This is most often due to the fact that the MAIN file distributed with
some versions of Eterm contains lines that set the title and
iconname attributes. If you comment these lines out, the -n
(--name) option will set the title and icon name if they are not
otherwise explicitly assigned on the command line.
One of the primary goals of the Eterm project is portability. We do our best to write portable code, but we only have a limited number of platforms on which we have accounts. Therefore, you as the end user are a vital part of the testing and debugging process.
If you run into problems with Eterm, please go through the steps outlined here. If you make it to the last step (going in order, of course) with no luck, please do the following:
This problem was reported by Charles Hagenbuch
An Eterm theme consists of a primary configuration file, always called "MAIN", residing in a directory bearing the same name as the theme. This directory must be a child of one of the directories specified by CONFIG_SEARCH_PATH in src/feature.h, in the environment variable defined by PATHENV in src/feature.h, or in the default PATH. The theme may also contain additional configuration files referenced by the primary MAIN file, pixmaps, menu files, documentation, etc., which are allowable as extensions to the minimum requirement of an Eterm theme.
By convention, Eterm themes should be stored under
~/.Eterm/themes/<theme_name>/ or
$libdir/themes/<theme_name>
This proposal fulfills both of the primary goals regarding theme support. On the one hand, it allows for things like "Eterm -t tn3270", where .../tn3270/MAIN would contain color definitions, keysym definitions, etc. which would be beneficial to tn3270, but perhaps detrimental to other applications.
On the other hand, it provides Enlightenment theme authors a relatively-
transparent mechanism for extending the look and feel of their E theme
to their Eterm windows.
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