X-CD-Roast 0.96d Manual

19.04.98 Thomas Niederreiter

tn@mailserv.rz.fh-muenchen.de

If you want to report a bug please read this section first!!!

Note: Updated sections (since version 0.96c) of this README are displayed in red color!

Table of contents:

1) DISCLAIMER

I am not responsible for any damage to your hardware or software caused by this program. The use of the program can be dangerous. If you don't know what you are doing, don't do it. I am also not responsible for any misuse of the program by creating copies of CDs without permission.

USE IT AT OWN RISK !

2) Introduction/Whats New

X-CD-Roast is a full X based CD-Writer-Program, and it is the successor of the cdwtools-0.93. It is a frontend for some CD related programs like cdrecord-1.6 and mkisofs-1.12b3. With some simple mouse-clicks you can copy or create your own CDs, without long study of any commandline-parameters.

Feature-list:

What is new with Version 0.96:

Stuff NOT working yet:

3) Software-Requirements

This program is a mixture of C and Tcl-programs. To compile it you need the Tcl, Tk and Tix-Libraries. Refer to the file "README.Compile" for the compilation-HowTo. You can also download X-CD-Roast as precompiled RPM. But please note that this is not running on some machines. If you have any problems recompile X-CD-Roast! In 99% of all cases all problems are gone then!

You need:

Where can I get this files?

Here some example-sites. (Please search a mirror if these sites are too slow for you) 
	Kernel: ftp://ftp.kernel.org/pub/linux/kernel/v2.0
	        ftp://ftp.leo.org/pub/comp/os/Linux/Linus/v2.0

4) Hardware-Requirements

To use this program you need the following hardware:

Optional hardware supported:

5) Installation

Before you can use X-CD-Roast you have to compile it. Please study the file "README.Compile" for instructions.

X-CD-Roast Commandline-switches:

-scanscsi number:

Defines for how much SCSI-Devices X-CD-Roast should scan. If set to 0, then the SCSI-Bus won't be scanned at all. Maximum value is 64, but then you have to take care yourself, that all Generic-SCSI-Devices exist in the i /dev-directory. Default value is 16.
-scanide number:
Defines for how much IDE-Devices X-CD-Roast should scan. If set to 0 then the IDE-Bus won't be scanned at all. Maximum value is 16, default is 8.
-configdir directory:
Set the directory where X-CD-Roast saves all configuration-data. Default is ~/.xcdroast.
-libdir directory:
This is the directory where X-CD-Roast searches for its add-on utilities and library-files. Default is /usr/local/lib/xcdroast-0.96c.
-display host:
Display the X-CD-Roast-window on the X11-display of host.
Note: This is equivalent with an "export DISPLAY=host" on the shell.
-debug level:
Prints some debug-output to the console. The larger the level, the more output will be generated. (e.g. -debug 2)

6) First start

You must be user "root" to run this program. Alternatively you can do a "chown root /usr/local/bin/xcdroast" and "chmod +s /usr/local/bin/xcdroast" as user root. Now all users can run xcdroast - Every user will get an own config-file, but can also erase all your disks when picking a wrong image-partition. On some systems you can't run mount, umount and some other system-programs not as non-root. So when you have problems with the automatic mount-code, its because you are not root. SO BE CAREFULLY!

Type xcdroast to start the program (This assumes that /usr/local/bin is in your search-path - or whereever you installed X-CD-Roast). Then you should see a message that no configuration-file was found. Click on Ok to continue. Next read the disclaimer-warning and click on Setup. You can also see if X-CD-Roast found all your hardware with the SCSI/IDE-Info-Button.

Note: If you can't start xcdroast, it is perhaps not in your path. Go in the directory where you installed xcdroast and type "./xcdroast" in this case.
Note 2: If you turn off the disclaimer-display by pressing the "Don't show again"-Button, you have to save your configuration in the Setup-Menu to make this permanent.

7) SCSI/IDE-Info

In this screen all SCSI- (up to 64) and IDE-Devices (up to 8) are displayed. For SCSI you see an icon which expresses the device-type, its vendor and model-id and the revision. In small print you see the SCSI-host, channel, id and lun. For IDE you see also an icon, its id and the device (e.g. /dev/hda) it is assigned to.

If you have more than 16 SCSI-Devices you can use the scrollbar to see more.

8) Setup Menu

In the setup menu you specify all your hardware and choose the behaviour of X-CD-Roast in some cases, all other program modules will use the devices and settings you set here.

After you have finished set up, press Save to create a configuration file xcdroast.conf. Please note that your hardware settings, partitions and mount points are also saved in that file.

At each startup the settings in the file are compared to your current system settings and, if there are mismatches, you are forced to enter setup again.

Note: If you have been forced to enter setup, you can't access any of X-CD-Roast functions until you completed successfully the setup.

9) Copy-Data-CD

At startup you are in the CD/Image-Info-Subsection of the Copy-Menu.

The setup of your devices is diplayed at the top of the menu. To change any of the values, you must enter the setup menu again. But you can change your Image-Device on-the-fly when you set more than one Image-Partiton/Path in the Setup-Menu. This way you can store more than one Image at the same time.

You see a window titled CD-Information which identifies the CD in the Data-Read device. The window Image-Information gives you information about the contents of the image partition.


Hint: When you double-click on an image-filename in the image-information window or a data-track in the cd-information-window, you can look what files are stored in that image.

The button Eject CD will try to eject the CD in the Data-Read-Device.

The button Update Information-Windows updates the two information windows. You should press this button after inserting a new CD.

Copy a Data-CD in four steps:

  1. Read Image
  2. Verify Image
  3. Write Image
  4. Verify Burned Image

First read the entire contents of the CD to a HD-Partition. Then optionally verify the data by comparing the partition with the CD. Next write the CD-image from the HD to a CD-Recordable. The last step is the verification of burned CD-R with the image on the HD.

Read Image:
Diskspace needed for Image displays the size of the image and Diskspace available shows how much space is left on the image partition. Image-ISO9660-Label displays the label of the CD in the CD-Rom-Drive.

Here, you can choose whether you want to read the image to a file or raw to the partition. I recommended a read to the partition because this is a little bit faster. If you selected an "Image-Path" to save the image, you can only read to a file.

If you insert a non-ISO9660 CD (like Mac or Sun-CDs) you have to read the image to file because this is only way to determine the image size when writing.

Note: If you read the image to a file, you can enter a filename. Always make sure you have the extention ".raw".
Verify Image:
Image-Size displays the size of image on the CD. Image-ISO9660-Label displays the label of the CD in the CD-Rom-Drive. Verify always compares the CD in the drive with the image on the HD.

Note: You should not need to change any of the settings displayed in the verify-menu. They are correctly set when you enter the menu after reading the image.

Write Image:
This writes the CD-Image from HD to a CD-Recordable.

You can specify the type of your CD-R and some write options:

  1. Simulation-Write: Simulates the write-process. Your CD-R will not be written. Do this to test whether your system is fast enough to write without errors.
  2. Eject After Write: If you want to autoeject the CD-R after it has been written, enable this option.
  3. Pad Data-Track: This add 30 kilobytes (15 sectors) of nulls to the end of each data track. This is a work-around for a bug in Linux (up to and including at least version 1.2.8), which sometimes does not correctly read the last few sectors written. Currently X-CD-Roast fixes the problem with disabling the read- ahead-cache of Linux when approaching the very last sectors of a CD. Somebody told me that this option fixes the problem that verify always reports an error at 99% even when the CD is correctly written.

Verify Burned Image:
You can use this to check if the burned CD-R was written correctly.

Delete Images:
If you need to make some room on your image-partition (e.g. because some audio-tracks are still lying around), you can here clean up a little.

10) Quick Copy-CD

Quick Copy-CD allows copying of a pure ISO9660-Data-CD without the need of creating an image on HD. You need a seperate CD-ROM device in addition to your writer to utilize this feature. In this mode, data is read off the CD-ROM device and written immediately to the writer. Please note that your read device should be faster than your writer (alternatively, decrease write speed) - I recommend that the read device is twice as fast as the writer, but I successfully burned CDs with 4.4x read speed and writing with 4x speed - and that any errors (e.g., read errors) result in a wasted CR-R! 

		      USE THIS FEATURE WITH CAUTION !!!!!
I strongly recommend experimenting with this option only with simulation write enabled. The write options have been already explained in the write-image section of this README file.

11) Copy Audio-CD

Some notes about Audio-CDs:

Audio CDs are divided into tracks. Each track usually contains a song and, between tracks, there is a two-second pause. Some CDs, however, do not have these two seconds pauses between tracks, which makes it tricky to copy them. This software writes audio CDs in the track-at-once-mode, which means that the hardware (the writer) itself ALWAYS creates the two-second pause. There is NO way to get around this at the moment. So, if you want to copy a CD without the two-second pause, you have to read in the whole CD as ONE big track (see merging below). It is also not possible to set or read CD-indexes at present. This will change when cdrecord allows this.

Copying audio or mixed-mode is very similar to copying data CDs. First read in the tracks (can be data or audio). Next verify the tracks. Verification by comparison is only possible with data tracks. To verify audio tracks, you must listen to them (soundcard required). Then you can write the CD. The last step is verification of the data track written on CD.

  1. Read Tracks
    Tracks totals shows how much tracks are on the CD in the Audio-Read-CD-Rom-drive. Total length displays the total length of this CD. Tracks selected is how many tracks are selected to read. Selected length is the length of all tracks selected to read. Free Space shows the free space on the image partition.
    In the field CD-Title you can type the name of the CD. This name will be saved in the audio-description file and is only for your information. Filename-prefix is the prefix of the file name used for the track files. A number and the extension .cdr (Audio) or .raw (Data) will be appended to this prefix.

    When you press on the Select/Show Tracks to Read-Button a new window will pop up where you can choose or review which tracks will be read when you press on the Start Read Tracks-Button. You can also select a Data-Track (e.g. when using a Mixed-Mode-CD) and it will also be read by your Audio-Read-CD-Rom-Device, NOT the Data- Read-CD-Rom-Device. (This means you dont have to switch disks when you have choosen different read-devices in the setup).

    Options:
    Explaination: Audio-Tracks have a beginning and an end. An offset is the relative time to the beginning or end. If you have a start offset of 1 sec. then the audio track will be recorded beginning 1 sec. after its real start. Negative values go back in time, and positive values go forward.

    Example: If you have a track with 2 minutes and you want record only 30 sec. beginning after the first minute, you would enter a start offset of 60 sec. and an end offset of -30 sec.

    Global Offsets: Global Offsets means that all tracks are assigned the same offset.

    Skip last 2 sec. of track: Most audio CDs have a 2 sec. pause between the tracks. The CD-Writer automatically creates these 2 sec. pauses when writing audio tracks. If you skip the 2 sec. pause at recording time, you get the 2 sec. back when writing the track so the track retains its original length. Nevertheless, I recommend listening to the track before burning the CD to make sure to complete song has been recorded.

    Listen to audio while recording: When you read digital audio-tracks to disk you can listen to them at the same time. Note: If you enable this feature all audio-tracks will be read with single-speed. And you need to enable your soundcard in the "Misc.-Setup".

    Time-Offset Units: Here you choose whether you want the offsets displayed in seconds or in frames (1/75 sec.).

    In the main-window you select which tracks you want to read. There you can enter a track title for audio tracks (for your information only). The columns Preemphasis and Copy permitted show this information, you can't change them.

    The playbuttons pre-play the audio-track exactly like they will be recorded. The play quality may be not very good. This depends on your hardware. You need a soundcard for this feature.

    Merging: If you want record several tracks into one track, e.g., to get around the automatic 2 sec. pause between tracks, you can merge tracks. Just select several tracks in order and click on "Merge Tracks". You will see a black arc connecting these tracks. Offsets between connected tracks are ignored. A merged Track will contain more than one track of the original-CD, but will write as a single track (that is quite long) to a CD-R. The resulting CD-R will then have less tracks than the original CD, but the same play- lenght. You can't jump to the tracks you merged in, with your Audio-CD-Player track- selector.

  2. Verify Data-Track
    Compares the data track of the CD (Mixed-Mode only) with the data track file on HD.

  3. Play Audio-Track
    Plays an audio track from the file on the image partition. With the info button you see all information stored to this track.

    The play-audio window should be self-explanatory. Note that you can jump around in the track by left-clicking somewhere in the process display.

  4. Delete Tracks
    Here you can delete some or all tracks from your hard drive.

  5. Write Tracks
    Tracks on HD displays how many data or audio tracks have been found on the image partition.

    Total length shows the total length of all tracks on the HD.

    Tracks to write on CD shows how many tracks are scheduled to write. Total CD-Size shows how long the resulting CD will be. The 2 sec. pause between each track is already included.

    The Additional Options-Box has already been explained in the "Write Image"-Section, except the new Option "Swap Audio". "Swap Audio" will swap the byte-order of audio-tracks to write. Usually you won't need this option, but if you end up with an Audio-CD containing only static noise, you can fix that with that option. (And please drop me a note.) Remember, don`t touch this option until you really know you need it! Its not the same as the -swab option you might have needed when you have run cdrecord from command-line. X-CD-Roast tries to do all necessary byte-order convertions automatically.

    After you pressed on Select/Show Tracks to Write you can choose which tracks you want to burn in which order to CD.
    The window is tiled in two parts. The upper half shows all the tracks that are scheduled to write in their correct order. The lower half shows all available tracks found on HD, that are NOT yet scheduled to write.
    Click on the Order-Button on an available track and it will show a number. The next track you click on will have higher number and so on.
    When you click on Refresh all selected tracks will be moved to the upper half in the order you selected them. With the Insert selected Tracks-Combobox you can specify exactly where the tracks from the lower half will be included in the upper half.

    To deselect Tracks from writing click on its Order-Button so that the displayed number vanishes and click on Refresh again to see the new list.

    In the Headline of this window you can choose Save Track-list which creates a textfile containing your actual track-selection.

    If you are pleased with your selection you leave the window with Done and now you can click on Start Write Tracks.

  6. Verify Burned Data-Track
    Compares the data track on the burned CD-R with the one on the HD.

12) Master-CD

Contents of this section

  1. Master from/to
  2. Set Image-Type
  3. Set ISO9660 Header-Strings
  4. Master Image
  5. Write Image
  6. Verify Burned Image
  7. Some notes about the ISO9660-Filesystem

Master a CD means that you setup a directory tree containing up to 650 MB of data that is to be burned on a CD. Because the filesystem on a CD is completely different from a filesystem on the harddrive, we must convert the data to the CD-ROM format ISO9660. This takes quite some time.

  1. Master from/to:

    2. Here you set where the data is you want to master. You can double- click on the directory-selection-window to browse through your file-tree. You also can enter the directory in the entry-box below. You have to press the Return-Key after you entered the path.

    Exclude paths: Here you can enter some paths that will NOT be included in the CD-Image. Please note that you have to enter the full path to get this working.

    Exclude globs: Here you can enter simple regular-expressions to remove some files from the CD-Image. (e.g. "*.o" will erase all files that end with ".o" from the directory-tree). The globs will be matched against all files and directories in the tree.

    After you set all, the Preview CD-Contents-Button display the contents of the root-directory of the resulting CD. Note that this is only a simulated output and may not 100% match the real burned CD. With the Calculate Size-Button X-CD-Roast tries to calculate the exact size of the resulting Image.
    Note: This also takes excluded paths and globs into account.

  2. Set Image-Type:

    3. Here you define how the data should be mastered. This is done by setting the target system on which the CD will be used.

    You can choose:

    With the Save as default-Button you save your favourite setting. It will be automatically reloaded at the next start of X-CD-Roast.

  3. Set ISO9660 Header-Strings:

    4. Here we prepare the ISO9660-Header-Strings.

  4. Master Image:

    5. Here you set where the image should be generated (just as with "Read-Image").

    With the Calculate Size button you can find out the exact size of the image before you master it.

    After mastering you can see into your image with the Review Image-Contents-Button to check whether the correct files have been mastered. The way filenames are displayed can differ a little on other systems.

  5. Write Image:

    6. See Write-Image on the copy dialog.

  6. Verify Burned Image:

    7. See Verify Burned Image on the copy dialog.

  7. Some notes about the ISO9660-Filesystem:

    8. Please consider that the ISO9660 standard does not allow more than 8 directory levels. If you have more than that, a directory "RR_MOVED" will be created in the root of your CD containing all the files that are beyond the eighth directory level. You can get around this limitation with the "Do not use deep dir. relocation"-Setting of the Image-Type. (Tested with Linux/Win95/NT)

    If you enabled Rock-Ridge on the CD, then this directory will be invisible mapped back at the correct position when you mount the CD on Rock-Ridge capable systems (Unix).

    When you see a directory "rr_moved" in the Image-Content preview window and Rock-Ridge was not enabled, you had more than 8 directory levels.

    For full Windows 95/NT compatiblity you should enable Rock-Rigde and Joliet at the same time. This way both the Linux and Windows systems can use the CD as best as possible.

13) Useful Information

READ THIS - It will help!

  1. Timing is critical while writing a CD. Be sure that nobody starts heavy-loaded processes. (Perhaps by shutting down the network.) You must maintain a steady data flow. If the CD-Writer "runs dry", the resulting disc may be unreadable. The more cache the CD-Writer has, the likelihood of missing data drops.

    I was able to write a CD successfully with 4x-speed, on a Yahama Writer with an ISA-Adaptec 1542B, 486/50. So there is enough power in Linux. Don't worry. But do use simulation writes to play safe.

  2. The Adaptec 2940-Series is known to produce a lot of troubles with CD-Writers under Linux. Do enable Disconnect, reduce the SCSI-Transfer- Rate to a minimum for the Writer to prevent troubles. If everything else fails try to write with slower speed to see if the problem persists. Using the most recent driver for the Adaptec solves a lot of problems. Go and install a new kernel! I have been told that you should let the driver-options at the default values! Especially the "tagged command queueing" seems to cause lot of problems.
  3. For NCR-810 based controllers use the new NCR53C8XX-Driver and enable async. mode if you have problems.
  4. The next hints are taken from the cdwrite manpage:

    Unless your SCSI controller and driver support discon- nect/reconnects, you will probably not be able to write a CD correctly if the CD writer and hard disk are on the same SCSI bus. It is not recommended that IDE drives are used on CD-writing system; if they are, it is imperative that interruptible operation is enabled using the hdparm command.

    It is not recommended to use more than single speed when reading data off a filesystem (as opposed to a raw disk partition).

    cdwrite does not verify that the input data will fit on the media. In the case of media overrun, the resulting disc is usually unreadable.

    A Compact Disc can have no more than 100 tracks.

    When creating a disc with both audio and data tracks, it is conventional to place the data on track 1. Some CD players or CD-ROM drives may respond incorrectly to any other arrangement, although the specifications permit it.

    Many systems are not able to read more than a single data track, or need special software to do so.

    Some CD players have problems reading "gold" CD's, and some have problems reading the outermost tracks (i.e. very long CD's).

  5. I encountered a slightly unstable writing behavior when writing CDs with a lot of tracks. (Audio or Mixed-Mode). After I upgraded the firmware of my writer, it worked perfectly. ALWAYS use the simulation-write mode to check out whether your writer <-> SCSI controller combination works stable. (You can also experiment with the SCSI-Setup in your SCSI-Bios... disabling disconnect may help.)
  6. Mounting an ISO-Image was dangerous with old kernels, if you use a new kernel, you can do this. If you mastered a CD to a partition, just mount this partition, if you created a image in a file, you can use the new loopback mount to mount it.
  7. When you read digital audio tracks of a CD, check the quality of the sound-files before you write them. Many CD-ROMs I tested support digital access to the tracks, but the resulting quality is noisy or "scattered".

    It is best to use your CD-Writer for audio read. They should all perform perfectly.

  8. You can create your own audio tracks. Use the program "sox" (not included) to convert any sound-format to the CDDA-Format. If you do that on a little-endian-machine like a 386/486/Pentium you have to reverse the byte order to big endian with the "-x" switch. X-CD-Roast now wants all its audio-tracks in big-endian-format, the byteorder-handling is done internally in cdrecord.

    Example: To convert a file "sound.wav" (44.1kHz, 16-bit, Stereo) to CDDA do this:

    sox sound.wav -x sound.cdr

    Hint: After creating your own audio-tracks and copying them to the image directory, use the "Play Audio-Tracks"-Option to listen to your track. If it plays ok, you made everything right. (The audio-files must have a ".cdr"-extension to be recognized by X-CD-Roast)
    New: X-CD-Roast can now write wav files directly. Just copy the wav-files in the "Image-Data-Path" where X-CD-Roast looks for its tracks. You have to care yourself that the files are in 44.1kHz, 16-Bit, stereo format!
  9. If your Audio-Tracks are only noise after burning, then you got the endian-setting wrong. In this case you have to enable the "Swap Audio"-option in the "Write Tracks"-menu.
  10. If X-CD-Roast displays the track-sizes on a CD to large by a factor of 4, then you have perhaps jumpered your CD-Rom for Unix-mode or you use a CD-Rom designed only for Unix-Workstations. The term "Unix" means here Unix-Hardware like Workstations from Sun or HP. Remove the "unix"-jumper on your CD-Rom to get the right sizes of your tracks.

14) Known Bugs

  1. When you use the RPM-Binary you may get "tkpriv(...)" errors. In this case you have to recompile X-CD-Roast to avoid that library-problems.
  2. I had some reports that mkisofs tend to core-dump when you use it on glibc-based systems (e.g. RedHat 5.0). In this case you have to upgrade your glibc. ftp.redhat.com offers a new version in its update directories.
  3. When you start X-CD-Roast with a "-help" or "-h" Option you get an Seg. Fault. Use "--help" or "-?". Similar problem when you use "-display" to a host you cannot connect to. This is a embedded Tix problem I don't know how to fix.
  4. Right now its not possible to write Mixed-Mode-CDs with a SONY-Writer. This is due a bug in cdrecord. The Author of cdrecord is working on that.
  5. If you have more than one SCSI-controller or you load/unload your SCSI-driver as a module, you might have problems with cdrecord finding your CD-Writer. In this case you have to install the Linux.scsi-patch which is in the cdrecord-source directory.
  6. When you abort a dummy-write with the "cancel"-button, you might end up with a CD-Writer in undefined state. If you are not able to remove the CD from the Writer you have to turn it off/on or in the worst case reboot your system. Especially the Philips 2600 is known to refuse any further work until you turn in off/on.
  7. When using the precompiled binary you get in some rare conditions a "Tcl_CloseFile: unexpected file type, IOT trap/Abort"-Message. This results from some library incompatibilities and your system. You have to recompile the whole xcdroast to get it running.
  8. Sometimes the automatic mount or umount or formatting of a partition fails. Thats because on some systems you cant do that as non-root. Not even the suid-bit helps in the case -> You have to run xcdroast as real root-user. (Does somebody knows how to get around that?)
  9. The Generic-SCSI-Interface of Linux is quite unstable. If you experience a lock-up of X-CD-Roast when you start it up, or your SCSI- Devices are not anymore correctly identified, then you have to reboot your Computer. Some devices behave better than others... it also depends on your controller. I hope somebody will reimplement the SCSI-Interface soon.
  10. Copying non-ISO9660 CDs is a little tricky. At the moment, I am skipping the last two blocks of such a CD to ensure that I don't reach an "unwritten" area, which can cause the kernel to crash. If you know a better way, I'd appreciate hearing from you.
  11. Sometimes the program freezes when trying to read from the CD-ROM or writer when its tray is open. This looks like a hardware bug to me. If this happens, you have to restart the program.
  12. In some cases you can click on buttons, which should be "locked" (when the watch mouse cursor is active). This is due the complex grabbing code in Tk and is a generally known problem. This behavior may be different in different Tk-versions.
  13. When you press on "cancel" while reading or verifying an image, you have to wait some seconds until the button responds. This is because the program waits until the working process terminated.

15) Frequently Asked Questions and Problem-solver

Q: I am using the predecessor of this program, "cdwtools-0.93", what is new with X-CD-Roast?

A: Really new is the much easier to use X-Interface, the automatic SCSI setup, better audio-track control and a log facility.

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Q: Is it safe to burn CDs under X?

A: Any 486 should be fast enough to handle this, but if you are in doubt try simulated writes to check if errors occur.

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Q: What about Multisession-support?

A: X-CD-Roast doesn't allow Multisession yet. If you need this feature you have to do it manually. I expect to have support for this in Version 0.97 of X-CD-Roast.

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Q: Why is there no Quick-Audio-Copy?

A: Reading digital Audio from a CD must not be interrupted in order to produce a "clean" stream. The problem is, that it is difficult to address a specific sector on an Audio-CD, because there are no sector-numbers like on a Data-CD. But you have to stop reading from time to time to write the read data to harddisk. The longer this writing lasts, the greater is the chance that the audio-read device loses its track on the current audio-sector...if this happens you have a "click" in the recording.
When you now want to read audio data and write it at the same time to a CD-Recordable the problem with the writing-time is much worse, because the CD-Writer is much slower than a harddrive. The result would be a very bad copy...therefore I don't bother with programming a quick-audio-copy. (It might be possible with very clever buffering and a good knowledge of the devices used...but I dont know what devices you are using and without vendor-support I'm not able to do something like that.)

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Q: Hey, my backspace or delete key doesn't work in entry-fields. Is this a bug?

A: No, this is not a bug, it is just an incorrect key mapping in X11. You can fix it by putting this line in your .xinitrc (or if you have an Xmodmap-file, by changing the corresponding line.) xmodmap -e "keycode 22 = BackSpace"

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Q: I fail to compile X-CD-Roast, all I get are error-messages.

A: You have probably a kernel that is too old. Install 2.0 or above.

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Q: X-CD-Roast failed to detect any of my SCSI-Hardware, what can I do?

A: Check if you compiled generic SCSI support in the kernel, and if the generic devices exist. To create the generic devices run

./MAKEDEVICES.sh

in the xcdroast-0.96d directory. Next check if you installed "generic-SCSI" support in your kernel. Do a "cat /proc/devices".. There should be a line "21 sg". If not you have to recompile your kernel. -

Q: I think I found a bug, what should I do?

A: Before you send me a bug-report, check to see whether I mentioned this behavior somewhere in the README file. Then check if all your software and hardware meet the requirements listed in the requirement section of the documentation.
If it is a cdrecord-problem (so anything that relate somehow to CD-writing) check the READMEs that came with cdrecord!
DONT WRITE ME ABOUT THAT! Ask Joerg Schilling (the author of cdrecord) when you have cdrecord-problems!

Also check to see whether there is a new version of this program is available, look at the primary site:

http://www.fh-muenchen.de/rz/xcdroast

Ok, you've done all this and the error persist.

  • Your kernel and X-CD-Roast version. Also your linux-distribution is interesting.
  • Try to reproduce the error with "xcdroast -debug" and mail me the output.
  • A copy of your xcdroast.conf-file. (If you dont have one, mail me the list of your scsi-devices)
  • An exact description of the error, what you have done and what happened. (If a error-window with a stack-trace button pops up, mail me the stack trace too. Older versions of Tk output the stack trace in the xterm where you started the program.)

    16) Credits

    Thanks go to:

    17) Supported CD-Writers

    These CD-Writers are supported by cdrecord-1.6 and therefore by this version of X-CD-Roast. More will be most likely supported by future versions of cdrecord.

    Please direct all questions about CD-Writers to the author of cdrecord: Joerg Schilling (schilling@fokus.gmd.de).

    The following drives will never be supported by cdrecord because they are too old:

    The following drives are curently not supported because I don't get specs: (some of them way partially work: see above)

    What about ATAPI-Writers?

    Note: If you have a writer that is not supported by X-CD-Roast yet, you may want to try out a newer (perhaps beta-version) of "cdrecord". You can download it at ftp://ftp.fokus.gmd.de/pub/unix/cdrecord/.
    19.04.98 Thomas Niederreiter tn@mailserv.rz.fh-muenchen.de