To print mail normally
on lp4039, it is:
laser
or
lp -dlp4039
To print mail normally
on the lexmark, it is:
prtext
To print mail with
a header on lp4039, it is:
mailp -dlp4039
filep -dlp4039
To print mail with
a header on the laserjet, it is:
mailp -dlexmark
filep -dlexmark
To configure DTmail
for printing,
Use the menu Buttons
Message
Print
change the Printer
field to what you require
Print
To print mail normally
on lp4039, it is:
lp4039
To print mail with
on the lexmark, it is:
can't do it yet!
PROBLEMS
If you get an "xwaves
license server" timeout error
You are using the
wrong version
Set your path in .cshrc
to /home/apps/esps531.sol/bin
If the audio won't
work on a sun,
check to see if there
is a play or splay running, with:
ps -aux | grep play
kill it and try again
convert_EPG *
This should be found automatically, as /usr/common/bin is in your default path list. This will look for any file of the form filename.EPG and add an ESPS/Waves header. It assumes a 100hz sample rate and BYTE sized pallette data.
Similarly, any files from the same source that have a .WAV header can have valid ESPS/Waves headers added with
convert_WAV *
This will look for
any file in the current directory, of the form filename.WAV
and add an ESPS/Waves
header. It assumes an 8khz sample rate and SHORT type data from a PC, so
byte swapping is done.
To add remote hosts
(e.g. srsuna),
run the command
ssh-pubkeymgr
when prompted, enter
some phrase that you can remember (it can contain spaces and numbers)
when prompted, enter
the username and host you wish to add access to
when prompted, enter
the host you wish to update.
To login into the remote
host
ssh srsuna
enter the phrase you
used before,
you now have secure
access (encrypted login)
logout with
lo
To read the man pages
for ssh,
setenv MANPATH /usr/local/man
(or add this to your
~/.cshrc file)
then
man ssh
man ssh-pubkeymgr
man ssh-keygen2
man sftp
2/. if you want to
READ a cd in the drive,
turn ON the volume
management
/etc/init.d/volmgt
start
use file manager turn
OFF the volume management when finished with
/etc/init.d/volmgt
stop
otherwise the volmgt
program will eject the cd midway through cdrecord and thus corrupt the
recording. throw the cd away if this happens.
3/. there is also a
GUI front end for it called
BurnIT
available from
http://sunsite.dk/BurnIT/
4/. there is an audio
cdplayer called
Workman
available from
http://www.midwinter.com/ftp/WorkMan/
du -k
list all files and
follow the tree down.
du -sk
just give you the
directory size, without listing all the files.
locate core dumps
find / -name core
-print
remove them
locate files 10 mb
or larger
find / -size +10000000c
-print
remove them
Remove all backups and duplicate copies
Edit your crontab
file with
crontab -e
add the lines for
your job that you need executed at a specific time
see the man page for
the time field specifications
ALWAYS use the complete
path for the command and file location
#
# nightly mail backup
(R.Robinson 20 May 2001)
01 00 * * * /usr/bin/cp
/var/mail/robinson/ /home/accounts/ray/mail
METHOD 1.
There is a program to convert ESPS files to WAV files.
It is called
esps2wav
and is used like this
esps2wav infile.sd
It examines the input file (called infile.sd) and makes a new output
file (called infile.wav)
It sometimes makes a mistake and introduces some noise on the output
waveform.
For help, type
esps2wav -h
To debug it or see what parameters are extracted
esps2wav -x infile.sd
The file is located in /usr/common/bin
check the result of one conversion before doing lots of them.
METHOD 2.
Another file is called
ch_wave
for "change wave"
and is used like this
ch_wave infile.sd -o outfile.wav
It examines the input file (called infile.sd) and makes a new output
file (called outfile.wav)
It can convert both ways and supports formats nist, est, esps, snd,
riff, aiff, audlab, raw, ascii.
For help, type
ch_wave -h
The file is located in /usr/common/bin
check the result of one conversion before doing lots of them.
METHOD 1.
There is a program to convert WAV files to ESPS files.
It is called
wav2esps
and is used like this
wav2esps iinfile.wav
It examines the input file (called infile.wav) and makes a new output
file (called infile.sd)
For help, type
wav2esps -h
To debug it or see what parameters are extracted
wav2esps -x infile.wav
The file is located in /usr/common/bin
check the result of one conversion before doing lots of them.
METHOD 2.
Xwaves can be used to examine and cut up WAV files.
Use the command
xwaves infile.wav
It will display the WAV file and show the normal parameters.
Mark the section to be converted, start and finish, with the cursors,
use the drop down menu and select
save segment in file
It will create a new file from the name in the OUTPUT file field,
with a .d extension, this is the new ESPS file.
Change the extension to .sd (this is too prevent confusion with existing
.sd files)
Remember that the OUTPUT filename field, is not active until you press
the ENTER key.
If the filename has a trailing digit, it will be incremented, as a
way to track cutting names.
To convert a whole file, just mark the start and end, and save it.
METHOD 3.
Another file is called
ch_wave
for "change wave"
and is used like this
ch_wave infile.wav -o outfile.sd
It examines the input file (called infile.wav) and makes a new output
file (called outfile.sd)
It can convert both ways and supports formats nist, est, esps, snd,
riff, aiff, audlab, raw, ascii.
For help, type
ch_wave -h
The file is located in /usr/common/bin
check the result of one conversion before doing lots of them.
It is called
esps2ssff
and is used like this
esps2ssff infile.sd
It examines the input file (called infile.sd) and makes a new output
file (called infile.ssff)
For help, type
esps2ssff
The file is located in /usr/common/bin
check the result of one conversion before doing lots of them.
It is called
emu2esps
and is used like this
emu2esps infile.sd
It examines the input file (called infile.ssff) and makes a new output
file (called infile.sd)
For help, type
emu2esps
The file is located in /usr/common/bin
check the result of one conversion before doing lots of them.