Description: A patch that fix some lintian warnings and deprecated binaries
Author: Edgar Antonio Palma de la Cruz <xbytemx@gmail.com>
---
Last-Update: 2011-07-05
--- wav2cdr-2.3.4.orig/Makefile
+++ wav2cdr-2.3.4/Makefile
@@ -129,7 +129,7 @@ AWK = awk
SED = sed
## Strip backspace + following char
-CX = cx -q bs
+CX = col -bx
--- wav2cdr-2.3.4.orig/help.-c
+++ wav2cdr-2.3.4/help.-c
@@ -1,5 +1,7 @@
"wav2cdr(1) wav2cdr(1)\n"
"\n"
+"-e .ll 7.3i\n"
+"\n"
"NAME\n"
" wav2cdr - converts input in (or similar to) wav format to cdr format\n"
" suitable for writing onto audio CDs.\n"
@@ -47,26 +49,26 @@
"\n"
" --fadein LEN\n"
" Fade in at the start over a duration of LEN. The syntax for LEN\n"
-" is the same as for a cut number, see section about argument\n"
+" is the same as for a cut number, see section about argument\n"
" scanning below. If cutting is active, fade-in is applied to the\n"
" beginning of each cut.\n"
"\n"
-" Fading in is performed by increasing the amplitude for CD sec-\n"
-" tors by an amount derived from LEN over a duration of LEN.\n"
-" --fadein 3 would result in the amplitude of the first sector\n"
-" lowered to 1/4, of the second sector to 2/4, and the third sec-\n"
-" tor to 3/4. The fourth sector is unchanged and has then reached\n"
+" Fading in is performed by increasing the amplitude for CD sec-\n"
+" tors by an amount derived from LEN over a duration of LEN.\n"
+" --fadein 3 would result in the amplitude of the first sector\n"
+" lowered to 1/4, of the second sector to 2/4, and the third sec-\n"
+" tor to 3/4. The fourth sector is unchanged and has then reached\n"
" full amplitude.\n"
"\n"
" --fadeout LEN\n"
-" Fade out at the end over a duration of LEN. The syntax for LEN\n"
-" is the same as for a cut number, see section about argument\n"
+" Fade out at the end over a duration of LEN. The syntax for LEN\n"
+" is the same as for a cut number, see section about argument\n"
" scanning below. If cutting is active, fad-out is applied to the\n"
" end of each cut.\n"
"\n"
-" The computation is similar to --fadein. --fadein 3 would result\n"
+" The computation is similar to --fadein. --fadein 3 would result\n"
" in the last 3 CD sectors having their amplitudes lowered to 3/4,\n"
-" 2/4, and 1/4. The (non-existant) following sector is assumed to\n"
+" 2/4, and 1/4. The (non-existant) following sector is assumed to\n"
" be silent.\n"
"\n"
" To add silent sector(s) to the end of the audio file, use --end-\n"
@@ -74,14 +76,14 @@
"\n"
" Fading out can only be performed if the input size can be deter-\n"
" mined (i.e. the input must be seekable and cannot be a pipe). If\n"
-" cutting is active, the end of the cut is always known and the\n"
+" cutting is active, the end of the cut is always known and the\n"
" fade-out can be applied.\n"
"\n"
" If the fade-out starts before the fade-in is finished, both will\n"
" overlap, producing sensible results.\n"
"\n"
" --fscale FLOAT\n"
-" Scale data by FLOAT, i.e. multiply by FLOAT (1.0 does nothing).\n"
+" Scale data by FLOAT, i.e. multiply by FLOAT (1.0 does nothing).\n"
"\n"
" -h, -u, --usage\n"
" Display usage.\n"
@@ -205,14 +207,14 @@
" Write data in cdr format (default). Sets the correct byte order.\n"
"\n"
" --toraw\n"
-" Write data in raw format. Byte order should be specified with\n"
+" Write data in raw format. Byte order should be specified with\n"
" -o/-O (default big).\n"
"\n"
" --towav\n"
" Write data in wav format. Sets the correct byte order.\n"
"\n"
" --verbose\n"
-" Produce more output. Currently only used by --silencecuts and\n"
+" Produce more output. Currently only used by --silencecuts and\n"
" --silenceinfo.\n"
"\n"
" --version, -V\n"
@@ -222,57 +224,57 @@
" names, or cut numbers if cutting is used.\n"
"\n"
"Command line option scanning:\n"
-" From left to right. Later settings may override previous ones. Beware\n"
-" to switch file formats before byte ordering, or a byte order might be\n"
-" rejected for the (then active) format. When not using cutting, remain-\n"
-" ing arguments are used to fill up input and output filenames. When\n"
-" using cutting, remaining arguments are assumed to be cut numbers. When\n"
-" using negative cut numbers, use -- to terminate option processing or\n"
-" the negative numbers can be mistaken as options (this is a must with\n"
+" From left to right. Later settings may override previous ones. Beware\n"
+" to switch file formats before byte ordering, or a byte order might be\n"
+" rejected for the (then active) format. When not using cutting, remain-\n"
+" ing arguments are used to fill up input and output filenames. When\n"
+" using cutting, remaining arguments are assumed to be cut numbers. When\n"
+" using negative cut numbers, use -- to terminate option processing or\n"
+" the negative numbers can be mistaken as options (this is a must with\n"
" GNU getopt()).\n"
"\n"
" All options which take an argument denoting a time accept the following\n"
-" number format. The number may be in decimal, octal (leading 0), or hex-\n"
-" adecimal (leading 0x or 0X). A one-letter unit may be following. If\n"
+" number format. The number may be in decimal, octal (leading 0), or\n"
+" hexadecimal (leading 0x or 0X). A one-letter unit may be following. If\n"
" there is space between the number and the unit, both must be quoted, as\n"
" in \x22""55 C\x22"". These units are recognised: b (bytes), C (audio CD sectors),\n"
-" s (seconds). When no unit is given, C is assumed. The progress display\n"
-" might only show numbers in some of these units. Fractions for seconds\n"
+" s (seconds). When no unit is given, C is assumed. The progress display\n"
+" might only show numbers in some of these units. Fractions for seconds\n"
" are allowed.\n"
"\n"
-" Negative cut numbers are only allowed if the input size can be deter-\n"
-" mined (which will not be possible if the input comes from a pipe), and\n"
-" are shown as the equivalent positive ones. If the last cut number is 0\n"
-" it means the end of the file. If the input file size can not be deter-\n"
+" Negative cut numbers are only allowed if the input size can be deter-\n"
+" mined (which will not be possible if the input comes from a pipe), and\n"
+" are shown as the equivalent positive ones. If the last cut number is 0\n"
+" it means the end of the file. If the input file size can not be deter-\n"
" mined the longest possible input (about 405 minutes) is substituted.\n"
"\n"
" A filename of '-' is taken as stdin/stdout.\n"
"\n"
-" If wav2cdr was compiled to use GNU getopt(), argument scanning is more\n"
+" If wav2cdr was compiled to use GNU getopt(), argument scanning is more\n"
" powerful and long options can be shortened to significance. Options are\n"
-" also re-ordered; this is nice but can be a trap. Use -- if in doubt,\n"
+" also re-ordered; this is nice but can be a trap. Use -- if in doubt,\n"
" and don't mix options with filename or cut number arguments.\n"
"\n"
"Data formats:\n"
" All data handling currently assumes signed 16-bit integers, interleaved\n"
" for 2 channels, at a sampling rate of that of a CD. Only wav files with\n"
-" these parameters can be read correctly. cdr files are in that format,\n"
-" and only raw formats with these parameters can be processed. The only\n"
-" flexibility allowed for raw is the byte order, which can be specified\n"
-" for both reading and writing. The byte ordering for wav and cdr is\n"
+" these parameters can be read correctly. cdr files are in that format,\n"
+" and only raw formats with these parameters can be processed. The only\n"
+" flexibility allowed for raw is the byte order, which can be specified\n"
+" for both reading and writing. The byte ordering for wav and cdr is\n"
" fixed.\n"
"\n"
"Channel swapping:\n"
-" Left and right channel are swapped, which is the same as swapping con-\n"
+" Left and right channel are swapped, which is the same as swapping con-\n"
" secutive 16 bit values with each other. Also see 'CDR Format' below.\n"
"\n"
"Scaling / Volume change:\n"
-" Scaling can be performed with either integer or floating point arith-\n"
-" metic. Integer arithmatic is faster but possibly not as precise. Val-\n"
-" ues will saturate (i.e. be clipped), rather than be truncated. The\n"
-" speed of this operation depends on the endianness of the input data,\n"
-" output data, and host. It is slowest when bytes have to be swapped\n"
-" before scaling and swapped back after. Negative scale factors are\n"
+" Scaling can be performed with either integer or floating point arith-\n"
+" metic. Integer arithmatic is faster but possibly not as precise. Val-\n"
+" ues will saturate (i.e. be clipped), rather than be truncated. The\n"
+" speed of this operation depends on the endianness of the input data,\n"
+" output data, and host. It is slowest when bytes have to be swapped\n"
+" before scaling and swapped back after. Negative scale factors are\n"
" allowed but might be of dubious value.\n"
"\n"
"Mono / stereo:\n"
@@ -280,31 +282,31 @@
" is 2 channels with the same data. This can be useful in some cases.\n"
"\n"
"Output file naming:\n"
-" Unless output is to stdout, the resulting filename is the name given\n"
+" Unless output is to stdout, the resulting filename is the name given\n"
" with --outfile. A period and a 2-digit track number are appended.\n"
"\n"
"Input data splitting:\n"
-" Input data can be split into pieces resp. tracks. Currently cuts can\n"
-" only be placed at multiples of audio CD sectors (at the sector bound-\n"
+" Input data can be split into pieces resp. tracks. Currently cuts can\n"
+" only be placed at multiples of audio CD sectors (at the sector bound-\n"
" aries), whether the input format is cdr or not.\n"
"\n"
-" The cuts are placed at the given positions, which must be in ascending\n"
-" order (or equal). Negative numbers are counted from the end of the\n"
-" input data. This only works if the input is seekable (Unix pipes are\n"
-" not). Sectors of the input are numbered from 0. Bytes of a header,\n"
+" The cuts are placed at the given positions, which must be in ascending\n"
+" order (or equal). Negative numbers are counted from the end of the\n"
+" input data. This only works if the input is seekable (Unix pipes are\n"
+" not). Sectors of the input are numbered from 0. Bytes of a header,\n"
" which the input format might have, are not counted.\n"
"\n"
-" Any number of cuts can be made, but only 99 tracks can be put on a CD.\n"
-" All sectors before the first but not including the first sector number\n"
+" Any number of cuts can be made, but only 99 tracks can be put on a CD.\n"
+" All sectors before the first but not including the first sector number\n"
" are discarded, as well as all sectors after and including the last sec-\n"
-" tor number. At least 2 sector numbers (cut numbers) must be given, in\n"
+" tor number. At least 2 sector numbers (cut numbers) must be given, in\n"
" which case one piece is cut out.\n"
"\n"
-" If there are only 2 cut numbers (1 track to cut out) data can be writ-\n"
+" If there are only 2 cut numbers (1 track to cut out) data can be writ-\n"
" ten to stdout or file. More than one track can only be written to file,\n"
-" the track number will be added as an extension to the filename. To\n"
+" the track number will be added as an extension to the filename. To\n"
" avoid the track number to be appended to the filename when only one cut\n"
-" is made, don't use --outfile but write to stdout and use output redi-\n"
+" is made, don't use --outfile but write to stdout and use output redi-\n"
" rection.\n"
"\n"
" Example (assuming 50000 sectors in the input):\n"
@@ -315,19 +317,19 @@
" 40000-49999: discarded\n"
"\n"
"Cutting out silent intervals:\n"
-" Assuming a digitised record is stored in record.wav, and is to be cut\n"
+" Assuming a digitised record is stored in record.wav, and is to be cut\n"
" into tracks.\n"
"\n"
" wav2cdr < record.wav > cuts --silencecuts --silencedelay 2s\n"
" wav2cdr < record.wav --of tracks --cut `cat cuts`\n"
"\n"
-" Will store the tracks of the record in track.01, track.02, ..., with\n"
-" the delay for cutting at a silent part set to 2 seconds. The threshold\n"
-" used is the default. Note the `` syntax works under Unix and in this\n"
+" Will store the tracks of the record in track.01, track.02, ..., with\n"
+" the delay for cutting at a silent part set to 2 seconds. The threshold\n"
+" used is the default. Note the `` syntax works under Unix and in this\n"
" case puts the contents of file \x22""cuts\x22"" on the command line.\n"
"\n"
"Information about silences and actual sound parts:\n"
-" --silenceinfo can be used in the same way as --silencecuts. It pro-\n"
+" --silenceinfo can be used in the same way as --silencecuts. It pro-\n"
" duces output like\n"
"\n"
" (stdin):\n"
@@ -339,31 +341,31 @@
" DIFF 20603520 b, 8760 C, 116 s, 01:56.05 min\n"
" --> 21414960 b, 9105 C, 121 s, 02:01.02 min\n"
"\n"
-" showing the beginning, length (\x22""DIFF\x22""), and end (\x22""-->\x22"") of both silent\n"
-" (\x22""silnc\x22"") and and non-silent (\x22""AUDIO\x22"") intervals. This is useful for\n"
+" showing the beginning, length (\x22""DIFF\x22""), and end (\x22""-->\x22"") of both silent\n"
+" (\x22""silnc\x22"") and and non-silent (\x22""AUDIO\x22"") intervals. This is useful for\n"
" examining existing tracks, but it can not be used with --cut.\n"
"\n"
"Messages:\n"
-" Progress messages and statistics are written to stderr when writing to\n"
-" stdout, and to stdout when writing to file. It is currently not possi-\n"
+" Progress messages and statistics are written to stderr when writing to\n"
+" stdout, and to stdout when writing to file. It is currently not possi-\n"
" ble to suppress this, other than by redirection to the bit bucket.\n"
"\n"
"Writing wav format:\n"
-" Only wav files with 2 channels, 16 bits per sample, and audio CD sam-\n"
-" pling rate can be written. If the input data is different, the result-\n"
-" ing wav file is incorrect. Scaling can be performed when writing wav.\n"
-" Cutting can only be performed in multiples of an audio CD sector size.\n"
+" Only wav files with 2 channels, 16 bits per sample, and audio CD sam-\n"
+" pling rate can be written. If the input data is different, the result-\n"
+" ing wav file is incorrect. Scaling can be performed when writing wav.\n"
+" Cutting can only be performed in multiples of an audio CD sector size.\n"
" When writing wav the output must be seekable (e.g. no pipes).\n"
"\n"
"CDR Format:\n"
" Raw sample data at a sampling rate of %li Hz. The channels are inter-\n"
-" leaved. The numbers are 16 bit signed integers with this byte order:\n"
-" MSByte Left, LSByte Left, MSByte Right, LSByte Right. The track size\n"
+" leaved. The numbers are 16 bit signed integers with this byte order:\n"
+" MSByte Left, LSByte Left, MSByte Right, LSByte Right. The track size\n"
" must be a multiple of the sector size of %i bytes. There are %i sec-\n"
" tors per second.\n"
"\n"
"BUGS / LIMITATIONS\n"
-" All operations can only be performed on a minimum of 1 CD block or a\n"
+" All operations can only be performed on a minimum of 1 CD block or a\n"
" multiple thereof.\n"
"\n"
"COPYRIGHT\n"
@@ -374,11 +376,9 @@
" formerly c/o EEE Dept, University of Canterbury\n"
" Christchurch, New Zealand\n"
"\n"
-" Permission granted to use and distribute this software free of charge,\n"
+" Permission granted to use and distribute this software free of charge,\n"
" provided any improvements are sent back to the author. Comments and bug\n"
" reports welcome. All rights reserved. Standard disclaimer applies.\n"
"\n"
"AUTHOR\n"
-" Volker Kuhlmann\n"
-"\n"
-"wav2cdr 18 Jan 2006 wav2cdr(1)\n"
+" Volker Kuhlmann (nlu+10\n"
--- wav2cdr-2.3.4.orig/help.txt
+++ wav2cdr-2.3.4/help.txt
@@ -1,5 +1,7 @@
wav2cdr(1) wav2cdr(1)
+-e .ll 7.3i
+
NAME
wav2cdr - converts input in (or similar to) wav format to cdr format
suitable for writing onto audio CDs.
@@ -47,26 +49,26 @@ OPTIONS
--fadein LEN
Fade in at the start over a duration of LEN. The syntax for LEN
- is the same as for a cut number, see section about argument
+ is the same as for a cut number, see section about argument
scanning below. If cutting is active, fade-in is applied to the
beginning of each cut.
- Fading in is performed by increasing the amplitude for CD sec-
- tors by an amount derived from LEN over a duration of LEN.
- --fadein 3 would result in the amplitude of the first sector
- lowered to 1/4, of the second sector to 2/4, and the third sec-
- tor to 3/4. The fourth sector is unchanged and has then reached
+ Fading in is performed by increasing the amplitude for CD sec-
+ tors by an amount derived from LEN over a duration of LEN.
+ --fadein 3 would result in the amplitude of the first sector
+ lowered to 1/4, of the second sector to 2/4, and the third sec-
+ tor to 3/4. The fourth sector is unchanged and has then reached
full amplitude.
--fadeout LEN
- Fade out at the end over a duration of LEN. The syntax for LEN
- is the same as for a cut number, see section about argument
+ Fade out at the end over a duration of LEN. The syntax for LEN
+ is the same as for a cut number, see section about argument
scanning below. If cutting is active, fad-out is applied to the
end of each cut.
- The computation is similar to --fadein. --fadein 3 would result
+ The computation is similar to --fadein. --fadein 3 would result
in the last 3 CD sectors having their amplitudes lowered to 3/4,
- 2/4, and 1/4. The (non-existant) following sector is assumed to
+ 2/4, and 1/4. The (non-existant) following sector is assumed to
be silent.
To add silent sector(s) to the end of the audio file, use --end-
@@ -74,14 +76,14 @@ OPTIONS
Fading out can only be performed if the input size can be deter-
mined (i.e. the input must be seekable and cannot be a pipe). If
- cutting is active, the end of the cut is always known and the
+ cutting is active, the end of the cut is always known and the
fade-out can be applied.
If the fade-out starts before the fade-in is finished, both will
overlap, producing sensible results.
--fscale FLOAT
- Scale data by FLOAT, i.e. multiply by FLOAT (1.0 does nothing).
+ Scale data by FLOAT, i.e. multiply by FLOAT (1.0 does nothing).
-h, -u, --usage
Display usage.
@@ -205,14 +207,14 @@ OPTIONS
Write data in cdr format (default). Sets the correct byte order.
--toraw
- Write data in raw format. Byte order should be specified with
+ Write data in raw format. Byte order should be specified with
-o/-O (default big).
--towav
Write data in wav format. Sets the correct byte order.
--verbose
- Produce more output. Currently only used by --silencecuts and
+ Produce more output. Currently only used by --silencecuts and
--silenceinfo.
--version, -V
@@ -222,57 +224,57 @@ OPTIONS
names, or cut numbers if cutting is used.
Command line option scanning:
- From left to right. Later settings may override previous ones. Beware
- to switch file formats before byte ordering, or a byte order might be
- rejected for the (then active) format. When not using cutting, remain-
- ing arguments are used to fill up input and output filenames. When
- using cutting, remaining arguments are assumed to be cut numbers. When
- using negative cut numbers, use -- to terminate option processing or
- the negative numbers can be mistaken as options (this is a must with
+ From left to right. Later settings may override previous ones. Beware
+ to switch file formats before byte ordering, or a byte order might be
+ rejected for the (then active) format. When not using cutting, remain-
+ ing arguments are used to fill up input and output filenames. When
+ using cutting, remaining arguments are assumed to be cut numbers. When
+ using negative cut numbers, use -- to terminate option processing or
+ the negative numbers can be mistaken as options (this is a must with
GNU getopt()).
All options which take an argument denoting a time accept the following
- number format. The number may be in decimal, octal (leading 0), or hex-
- adecimal (leading 0x or 0X). A one-letter unit may be following. If
+ number format. The number may be in decimal, octal (leading 0), or
+ hexadecimal (leading 0x or 0X). A one-letter unit may be following. If
there is space between the number and the unit, both must be quoted, as
in "55 C". These units are recognised: b (bytes), C (audio CD sectors),
- s (seconds). When no unit is given, C is assumed. The progress display
- might only show numbers in some of these units. Fractions for seconds
+ s (seconds). When no unit is given, C is assumed. The progress display
+ might only show numbers in some of these units. Fractions for seconds
are allowed.
- Negative cut numbers are only allowed if the input size can be deter-
- mined (which will not be possible if the input comes from a pipe), and
- are shown as the equivalent positive ones. If the last cut number is 0
- it means the end of the file. If the input file size can not be deter-
+ Negative cut numbers are only allowed if the input size can be deter-
+ mined (which will not be possible if the input comes from a pipe), and
+ are shown as the equivalent positive ones. If the last cut number is 0
+ it means the end of the file. If the input file size can not be deter-
mined the longest possible input (about 405 minutes) is substituted.
A filename of '-' is taken as stdin/stdout.
- If wav2cdr was compiled to use GNU getopt(), argument scanning is more
+ If wav2cdr was compiled to use GNU getopt(), argument scanning is more
powerful and long options can be shortened to significance. Options are
- also re-ordered; this is nice but can be a trap. Use -- if in doubt,
+ also re-ordered; this is nice but can be a trap. Use -- if in doubt,
and don't mix options with filename or cut number arguments.
Data formats:
All data handling currently assumes signed 16-bit integers, interleaved
for 2 channels, at a sampling rate of that of a CD. Only wav files with
- these parameters can be read correctly. cdr files are in that format,
- and only raw formats with these parameters can be processed. The only
- flexibility allowed for raw is the byte order, which can be specified
- for both reading and writing. The byte ordering for wav and cdr is
+ these parameters can be read correctly. cdr files are in that format,
+ and only raw formats with these parameters can be processed. The only
+ flexibility allowed for raw is the byte order, which can be specified
+ for both reading and writing. The byte ordering for wav and cdr is
fixed.
Channel swapping:
- Left and right channel are swapped, which is the same as swapping con-
+ Left and right channel are swapped, which is the same as swapping con-
secutive 16 bit values with each other. Also see 'CDR Format' below.
Scaling / Volume change:
- Scaling can be performed with either integer or floating point arith-
- metic. Integer arithmatic is faster but possibly not as precise. Val-
- ues will saturate (i.e. be clipped), rather than be truncated. The
- speed of this operation depends on the endianness of the input data,
- output data, and host. It is slowest when bytes have to be swapped
- before scaling and swapped back after. Negative scale factors are
+ Scaling can be performed with either integer or floating point arith-
+ metic. Integer arithmatic is faster but possibly not as precise. Val-
+ ues will saturate (i.e. be clipped), rather than be truncated. The
+ speed of this operation depends on the endianness of the input data,
+ output data, and host. It is slowest when bytes have to be swapped
+ before scaling and swapped back after. Negative scale factors are
allowed but might be of dubious value.
Mono / stereo:
@@ -280,31 +282,31 @@ Mono / stereo:
is 2 channels with the same data. This can be useful in some cases.
Output file naming:
- Unless output is to stdout, the resulting filename is the name given
+ Unless output is to stdout, the resulting filename is the name given
with --outfile. A period and a 2-digit track number are appended.
Input data splitting:
- Input data can be split into pieces resp. tracks. Currently cuts can
- only be placed at multiples of audio CD sectors (at the sector bound-
+ Input data can be split into pieces resp. tracks. Currently cuts can
+ only be placed at multiples of audio CD sectors (at the sector bound-
aries), whether the input format is cdr or not.
- The cuts are placed at the given positions, which must be in ascending
- order (or equal). Negative numbers are counted from the end of the
- input data. This only works if the input is seekable (Unix pipes are
- not). Sectors of the input are numbered from 0. Bytes of a header,
+ The cuts are placed at the given positions, which must be in ascending
+ order (or equal). Negative numbers are counted from the end of the
+ input data. This only works if the input is seekable (Unix pipes are
+ not). Sectors of the input are numbered from 0. Bytes of a header,
which the input format might have, are not counted.
- Any number of cuts can be made, but only 99 tracks can be put on a CD.
- All sectors before the first but not including the first sector number
+ Any number of cuts can be made, but only 99 tracks can be put on a CD.
+ All sectors before the first but not including the first sector number
are discarded, as well as all sectors after and including the last sec-
- tor number. At least 2 sector numbers (cut numbers) must be given, in
+ tor number. At least 2 sector numbers (cut numbers) must be given, in
which case one piece is cut out.
- If there are only 2 cut numbers (1 track to cut out) data can be writ-
+ If there are only 2 cut numbers (1 track to cut out) data can be writ-
ten to stdout or file. More than one track can only be written to file,
- the track number will be added as an extension to the filename. To
+ the track number will be added as an extension to the filename. To
avoid the track number to be appended to the filename when only one cut
- is made, don't use --outfile but write to stdout and use output redi-
+ is made, don't use --outfile but write to stdout and use output redi-
rection.
Example (assuming 50000 sectors in the input):
@@ -315,19 +317,19 @@ Input data splitting:
40000-49999: discarded
Cutting out silent intervals:
- Assuming a digitised record is stored in record.wav, and is to be cut
+ Assuming a digitised record is stored in record.wav, and is to be cut
into tracks.
wav2cdr < record.wav > cuts --silencecuts --silencedelay 2s
wav2cdr < record.wav --of tracks --cut `cat cuts`
- Will store the tracks of the record in track.01, track.02, ..., with
- the delay for cutting at a silent part set to 2 seconds. The threshold
- used is the default. Note the `` syntax works under Unix and in this
+ Will store the tracks of the record in track.01, track.02, ..., with
+ the delay for cutting at a silent part set to 2 seconds. The threshold
+ used is the default. Note the `` syntax works under Unix and in this
case puts the contents of file "cuts" on the command line.
Information about silences and actual sound parts:
- --silenceinfo can be used in the same way as --silencecuts. It pro-
+ --silenceinfo can be used in the same way as --silencecuts. It pro-
duces output like
(stdin):
@@ -339,31 +341,31 @@ Information about silences and actual so
DIFF 20603520 b, 8760 C, 116 s, 01:56.05 min
--> 21414960 b, 9105 C, 121 s, 02:01.02 min
- showing the beginning, length ("DIFF"), and end ("-->") of both silent
- ("silnc") and and non-silent ("AUDIO") intervals. This is useful for
+ showing the beginning, length ("DIFF"), and end ("-->") of both silent
+ ("silnc") and and non-silent ("AUDIO") intervals. This is useful for
examining existing tracks, but it can not be used with --cut.
Messages:
- Progress messages and statistics are written to stderr when writing to
- stdout, and to stdout when writing to file. It is currently not possi-
+ Progress messages and statistics are written to stderr when writing to
+ stdout, and to stdout when writing to file. It is currently not possi-
ble to suppress this, other than by redirection to the bit bucket.
Writing wav format:
- Only wav files with 2 channels, 16 bits per sample, and audio CD sam-
- pling rate can be written. If the input data is different, the result-
- ing wav file is incorrect. Scaling can be performed when writing wav.
- Cutting can only be performed in multiples of an audio CD sector size.
+ Only wav files with 2 channels, 16 bits per sample, and audio CD sam-
+ pling rate can be written. If the input data is different, the result-
+ ing wav file is incorrect. Scaling can be performed when writing wav.
+ Cutting can only be performed in multiples of an audio CD sector size.
When writing wav the output must be seekable (e.g. no pipes).
CDR Format:
Raw sample data at a sampling rate of %li Hz. The channels are inter-
- leaved. The numbers are 16 bit signed integers with this byte order:
- MSByte Left, LSByte Left, MSByte Right, LSByte Right. The track size
+ leaved. The numbers are 16 bit signed integers with this byte order:
+ MSByte Left, LSByte Left, MSByte Right, LSByte Right. The track size
must be a multiple of the sector size of %i bytes. There are %i sec-
tors per second.
BUGS / LIMITATIONS
- All operations can only be performed on a minimum of 1 CD block or a
+ All operations can only be performed on a minimum of 1 CD block or a
multiple thereof.
COPYRIGHT
@@ -374,11 +376,9 @@ COPYRIGHT
formerly c/o EEE Dept, University of Canterbury
Christchurch, New Zealand
- Permission granted to use and distribute this software free of charge,
+ Permission granted to use and distribute this software free of charge,
provided any improvements are sent back to the author. Comments and bug
reports welcome. All rights reserved. Standard disclaimer applies.
AUTHOR
- Volker Kuhlmann
-
-wav2cdr 18 Jan 2006 wav2cdr(1)
+ Volker Kuhlmann (nlu+10
--- wav2cdr-2.3.4.orig/wav2cdr.1
+++ wav2cdr-2.3.4/wav2cdr.1
@@ -15,7 +15,7 @@ converts input in (or similar to) wav fo
for writing onto audio CDs.
.SH SYNOPSIS
.B "wav2cdr"
-[\fIoptions\fP ...] [\fIinfile\fP [\fIoutfile\fP]] [--cut \fIcutnumber\fP ...]
+[\fIoptions\fP ...] [\fIinfile\fP [\fIoutfile\fP]] [\-\-cut \fIcutnumber\fP ...]
.SH VERSION
This man page describes wav2cdr version 2.3.4.
.SH DESCRIPTION
@@ -298,11 +298,11 @@ If there are only 2 cut numbers (1 track
written to stdout or file. More than one track can only be written to file, the
track number will be added as an extension to the filename.
To avoid the track number to be appended to the filename when only one cut is
-made, don't use \fI--outfile\fP but write to stdout and use output redirection.
+made, don't use \fI\-\-outfile\fP but write to stdout and use output redirection.
.nf
Example (assuming 50000 sectors in the input):
- wav2cdr < INPUT --outfile NAME --cut 500 20000 40000
+ wav2cdr < INPUT \-\-outfile NAME \-\-cut 500 20000 40000
sectors 0- 499: discarded
500-19999: saved to NAME.01
20000-39999: saved to NAME.02
@@ -313,8 +313,8 @@ Assuming a digitised record is stored in
tracks.
.nf
- wav2cdr < record.wav > cuts --silencecuts --silencedelay 2s
- wav2cdr < record.wav --of tracks --cut `cat cuts`
+ wav2cdr < record.wav > cuts \-\-silencecuts \-\-silencedelay 2s
+ wav2cdr < record.wav \-\-of tracks \-\-cut `cat cuts`
.fi
Will store the tracks of the record in track.01, track.02, ..., with the delay
--- wav2cdr-2.3.4.orig/wav2cdr.txt
+++ wav2cdr-2.3.4/wav2cdr.txt
@@ -2,6 +2,8 @@ wav2cdr(1)
+-e .ll 7.3i
+
NAME
wav2cdr - converts input in (or similar to) wav format to cdr format
suitable for writing onto audio CDs.
@@ -49,26 +51,26 @@ OPTIONS
--fadein LEN
Fade in at the start over a duration of LEN. The syntax for LEN
- is the same as for a cut number, see section about argument
+ is the same as for a cut number, see section about argument
scanning below. If cutting is active, fade-in is applied to the
beginning of each cut.
- Fading in is performed by increasing the amplitude for CD sec-
- tors by an amount derived from LEN over a duration of LEN.
- --fadein 3 would result in the amplitude of the first sector
- lowered to 1/4, of the second sector to 2/4, and the third sec-
- tor to 3/4. The fourth sector is unchanged and has then reached
+ Fading in is performed by increasing the amplitude for CD sec-
+ tors by an amount derived from LEN over a duration of LEN.
+ --fadein 3 would result in the amplitude of the first sector
+ lowered to 1/4, of the second sector to 2/4, and the third sec-
+ tor to 3/4. The fourth sector is unchanged and has then reached
full amplitude.
--fadeout LEN
- Fade out at the end over a duration of LEN. The syntax for LEN
- is the same as for a cut number, see section about argument
+ Fade out at the end over a duration of LEN. The syntax for LEN
+ is the same as for a cut number, see section about argument
scanning below. If cutting is active, fad-out is applied to the
end of each cut.
- The computation is similar to --fadein. --fadein 3 would result
+ The computation is similar to --fadein. --fadein 3 would result
in the last 3 CD sectors having their amplitudes lowered to 3/4,
- 2/4, and 1/4. The (non-existant) following sector is assumed to
+ 2/4, and 1/4. The (non-existant) following sector is assumed to
be silent.
To add silent sector(s) to the end of the audio file, use --end-
@@ -76,14 +78,14 @@ OPTIONS
Fading out can only be performed if the input size can be deter-
mined (i.e. the input must be seekable and cannot be a pipe). If
- cutting is active, the end of the cut is always known and the
+ cutting is active, the end of the cut is always known and the
fade-out can be applied.
If the fade-out starts before the fade-in is finished, both will
overlap, producing sensible results.
--fscale FLOAT
- Scale data by FLOAT, i.e. multiply by FLOAT (1.0 does nothing).
+ Scale data by FLOAT, i.e. multiply by FLOAT (1.0 does nothing).
-h, -u, --usage
Display usage.
@@ -207,14 +209,14 @@ OPTIONS
Write data in cdr format (default). Sets the correct byte order.
--toraw
- Write data in raw format. Byte order should be specified with
+ Write data in raw format. Byte order should be specified with
-o/-O (default big).
--towav
Write data in wav format. Sets the correct byte order.
--verbose
- Produce more output. Currently only used by --silencecuts and
+ Produce more output. Currently only used by --silencecuts and
--silenceinfo.
--version, -V
@@ -224,57 +226,57 @@ OPTIONS
names, or cut numbers if cutting is used.
Command line option scanning:
- From left to right. Later settings may override previous ones. Beware
- to switch file formats before byte ordering, or a byte order might be
- rejected for the (then active) format. When not using cutting, remain-
- ing arguments are used to fill up input and output filenames. When
- using cutting, remaining arguments are assumed to be cut numbers. When
- using negative cut numbers, use -- to terminate option processing or
- the negative numbers can be mistaken as options (this is a must with
+ From left to right. Later settings may override previous ones. Beware
+ to switch file formats before byte ordering, or a byte order might be
+ rejected for the (then active) format. When not using cutting, remain-
+ ing arguments are used to fill up input and output filenames. When
+ using cutting, remaining arguments are assumed to be cut numbers. When
+ using negative cut numbers, use -- to terminate option processing or
+ the negative numbers can be mistaken as options (this is a must with
GNU getopt()).
All options which take an argument denoting a time accept the following
- number format. The number may be in decimal, octal (leading 0), or hex-
- adecimal (leading 0x or 0X). A one-letter unit may be following. If
+ number format. The number may be in decimal, octal (leading 0), or
+ hexadecimal (leading 0x or 0X). A one-letter unit may be following. If
there is space between the number and the unit, both must be quoted, as
in "55 C". These units are recognised: b (bytes), C (audio CD sectors),
- s (seconds). When no unit is given, C is assumed. The progress display
- might only show numbers in some of these units. Fractions for seconds
+ s (seconds). When no unit is given, C is assumed. The progress display
+ might only show numbers in some of these units. Fractions for seconds
are allowed.
- Negative cut numbers are only allowed if the input size can be deter-
- mined (which will not be possible if the input comes from a pipe), and
- are shown as the equivalent positive ones. If the last cut number is 0
- it means the end of the file. If the input file size can not be deter-
+ Negative cut numbers are only allowed if the input size can be deter-
+ mined (which will not be possible if the input comes from a pipe), and
+ are shown as the equivalent positive ones. If the last cut number is 0
+ it means the end of the file. If the input file size can not be deter-
mined the longest possible input (about 405 minutes) is substituted.
A filename of '-' is taken as stdin/stdout.
- If wav2cdr was compiled to use GNU getopt(), argument scanning is more
+ If wav2cdr was compiled to use GNU getopt(), argument scanning is more
powerful and long options can be shortened to significance. Options are
- also re-ordered; this is nice but can be a trap. Use -- if in doubt,
+ also re-ordered; this is nice but can be a trap. Use -- if in doubt,
and don't mix options with filename or cut number arguments.
Data formats:
All data handling currently assumes signed 16-bit integers, interleaved
for 2 channels, at a sampling rate of that of a CD. Only wav files with
- these parameters can be read correctly. cdr files are in that format,
- and only raw formats with these parameters can be processed. The only
- flexibility allowed for raw is the byte order, which can be specified
- for both reading and writing. The byte ordering for wav and cdr is
+ these parameters can be read correctly. cdr files are in that format,
+ and only raw formats with these parameters can be processed. The only
+ flexibility allowed for raw is the byte order, which can be specified
+ for both reading and writing. The byte ordering for wav and cdr is
fixed.
Channel swapping:
- Left and right channel are swapped, which is the same as swapping con-
+ Left and right channel are swapped, which is the same as swapping con-
secutive 16 bit values with each other. Also see 'CDR Format' below.
Scaling / Volume change:
- Scaling can be performed with either integer or floating point arith-
- metic. Integer arithmatic is faster but possibly not as precise. Val-
- ues will saturate (i.e. be clipped), rather than be truncated. The
- speed of this operation depends on the endianness of the input data,
- output data, and host. It is slowest when bytes have to be swapped
- before scaling and swapped back after. Negative scale factors are
+ Scaling can be performed with either integer or floating point arith-
+ metic. Integer arithmatic is faster but possibly not as precise. Val-
+ ues will saturate (i.e. be clipped), rather than be truncated. The
+ speed of this operation depends on the endianness of the input data,
+ output data, and host. It is slowest when bytes have to be swapped
+ before scaling and swapped back after. Negative scale factors are
allowed but might be of dubious value.
Mono / stereo:
@@ -282,31 +284,31 @@ Mono / stereo:
is 2 channels with the same data. This can be useful in some cases.
Output file naming:
- Unless output is to stdout, the resulting filename is the name given
+ Unless output is to stdout, the resulting filename is the name given
with --outfile. A period and a 2-digit track number are appended.
Input data splitting:
- Input data can be split into pieces resp. tracks. Currently cuts can
- only be placed at multiples of audio CD sectors (at the sector bound-
+ Input data can be split into pieces resp. tracks. Currently cuts can
+ only be placed at multiples of audio CD sectors (at the sector bound-
aries), whether the input format is cdr or not.
- The cuts are placed at the given positions, which must be in ascending
- order (or equal). Negative numbers are counted from the end of the
- input data. This only works if the input is seekable (Unix pipes are
- not). Sectors of the input are numbered from 0. Bytes of a header,
+ The cuts are placed at the given positions, which must be in ascending
+ order (or equal). Negative numbers are counted from the end of the
+ input data. This only works if the input is seekable (Unix pipes are
+ not). Sectors of the input are numbered from 0. Bytes of a header,
which the input format might have, are not counted.
- Any number of cuts can be made, but only 99 tracks can be put on a CD.
- All sectors before the first but not including the first sector number
+ Any number of cuts can be made, but only 99 tracks can be put on a CD.
+ All sectors before the first but not including the first sector number
are discarded, as well as all sectors after and including the last sec-
- tor number. At least 2 sector numbers (cut numbers) must be given, in
+ tor number. At least 2 sector numbers (cut numbers) must be given, in
which case one piece is cut out.
- If there are only 2 cut numbers (1 track to cut out) data can be writ-
+ If there are only 2 cut numbers (1 track to cut out) data can be writ-
ten to stdout or file. More than one track can only be written to file,
- the track number will be added as an extension to the filename. To
+ the track number will be added as an extension to the filename. To
avoid the track number to be appended to the filename when only one cut
- is made, don't use --outfile but write to stdout and use output redi-
+ is made, don't use --outfile but write to stdout and use output redi-
rection.
Example (assuming 50000 sectors in the input):
@@ -317,19 +319,19 @@ Input data splitting:
40000-49999: discarded
Cutting out silent intervals:
- Assuming a digitised record is stored in record.wav, and is to be cut
+ Assuming a digitised record is stored in record.wav, and is to be cut
into tracks.
wav2cdr < record.wav > cuts --silencecuts --silencedelay 2s
wav2cdr < record.wav --of tracks --cut `cat cuts`
- Will store the tracks of the record in track.01, track.02, ..., with
- the delay for cutting at a silent part set to 2 seconds. The threshold
- used is the default. Note the `` syntax works under Unix and in this
+ Will store the tracks of the record in track.01, track.02, ..., with
+ the delay for cutting at a silent part set to 2 seconds. The threshold
+ used is the default. Note the `` syntax works under Unix and in this
case puts the contents of file "cuts" on the command line.
Information about silences and actual sound parts:
- --silenceinfo can be used in the same way as --silencecuts. It pro-
+ --silenceinfo can be used in the same way as --silencecuts. It pro-
duces output like
(stdin):
@@ -341,31 +343,31 @@ Information about silences and actual so
DIFF 20603520 b, 8760 C, 116 s, 01:56.05 min
--> 21414960 b, 9105 C, 121 s, 02:01.02 min
- showing the beginning, length ("DIFF"), and end ("-->") of both silent
- ("silnc") and and non-silent ("AUDIO") intervals. This is useful for
+ showing the beginning, length ("DIFF"), and end ("-->") of both silent
+ ("silnc") and and non-silent ("AUDIO") intervals. This is useful for
examining existing tracks, but it can not be used with --cut.
Messages:
- Progress messages and statistics are written to stderr when writing to
- stdout, and to stdout when writing to file. It is currently not possi-
+ Progress messages and statistics are written to stderr when writing to
+ stdout, and to stdout when writing to file. It is currently not possi-
ble to suppress this, other than by redirection to the bit bucket.
Writing wav format:
- Only wav files with 2 channels, 16 bits per sample, and audio CD sam-
- pling rate can be written. If the input data is different, the result-
- ing wav file is incorrect. Scaling can be performed when writing wav.
- Cutting can only be performed in multiples of an audio CD sector size.
+ Only wav files with 2 channels, 16 bits per sample, and audio CD sam-
+ pling rate can be written. If the input data is different, the result-
+ ing wav file is incorrect. Scaling can be performed when writing wav.
+ Cutting can only be performed in multiples of an audio CD sector size.
When writing wav the output must be seekable (e.g. no pipes).
CDR Format:
Raw sample data at a sampling rate of 44100 Hz. The channels are inter-
- leaved. The numbers are 16 bit signed integers with this byte order:
- MSByte Left, LSByte Left, MSByte Right, LSByte Right. The track size
+ leaved. The numbers are 16 bit signed integers with this byte order:
+ MSByte Left, LSByte Left, MSByte Right, LSByte Right. The track size
must be a multiple of the sector size of 2352 bytes. There are 75 sec-
tors per second.
BUGS / LIMITATIONS
- All operations can only be performed on a minimum of 1 CD block or a
+ All operations can only be performed on a minimum of 1 CD block or a
multiple thereof.
COPYRIGHT
@@ -376,13 +378,9 @@ COPYRIGHT
formerly c/o EEE Dept, University of Canterbury
Christchurch, New Zealand
- Permission granted to use and distribute this software free of charge,
+ Permission granted to use and distribute this software free of charge,
provided any improvements are sent back to the author. Comments and bug
reports welcome. All rights reserved. Standard disclaimer applies.
AUTHOR
- Volker Kuhlmann
-
-
-
-wav2cdr 18 Jan 2006 wav2cdr(1)
+ Volker Kuhlmann (nlu+10
![[patchlogo]](http://patch-tracker.debian.org/static/img/swirlpatch.png)