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OS/2 Shareware BBS: 11 Util
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gulite20.zip
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OS2
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GI.MSG
(
.txt
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Wrap
OS/2 Message File
|
1996-08-31
|
57KB
|
1,309 lines
MKMSGF
I0:LIGHT
I0:English
I0:20
I0:62
I0:QUIT
I0:BE|BE Batch Enhancer
I0:DI|DI Disk Information
I0:DS|DS Dir Sort
I0:DT|DT Disk Test
I0:FA|FA File Attributes
I0:FD|FD File Date
I0:FF|FF File Find
I0:FI|FI File Information
I0:FS|FS File Size
I0:GCDPROG|GCD Graham CD
I0:LD|LD List Directories
I0:SA|SA Screen Attributes
I0:SI|SI System Information
I0:TM|TM Time Mark
I0:VL|VL Volume Label
I0:WC|WC Word Count
I0:2LZH|2LZH
I0:BEEP|Beep
I0:CASE|Case
I0:CLIPBRD|Clipbrd
I0:CONFIG|Config
I0:CSDINST|CDSInst
I0:DIAG|Diag
I0:DISKEDIT|DiskEdit
I0:DISKIMG|DiskImg
I0:EABACKUP|EABackup
I0:EABIND|EABind
I0:EADUMP|EADump
I0:EARESTOR|EARestor
I0:FAT-BAD|FAT-Bad
I0:FAT-DFRG|FAT-Dfrg
I0:FAT-EXT|FAT-Ext
I0:FAT-INFO|FAT-Info
I0:FAT-NULL|FAT-Null
I0:FAT-UD|FAT-UD
I0:FAT-VIEW|FAT-View
I0:FROMUNIX|FromUNIX
I0:GREP|Grep
I0:HEXDUMP|HexDump
I0:HEXEDIT|HexEdit
I0:HPFS-BAD|HPFS-Bad
I0:HPFS-EXT|HPFS-Ext
I0:HPFS-UD|HPFS-UD
I0:HPFSDFRG|HPFSDfrg
I0:HPFSINFO|HPFSInfo
I0:HPFSNULL|HPFSNull
I0:HPFSSTAT|HPFSStat
I0:HPFSVIEW|HPFSView
I0:MIDECODE|MIDecode
I0:MIENCODE|MIEncode
I0:NULLDISK|NullDisk
I0:NULLFILE|NullFile
I0:RESTPART|RestPart
I0:SAVEPART|SavePart
I0:SPACE|Space
I0:SUM|Sum
I0:TOUNIX|ToUNIX
I0:UUDECODE|UUDecode
I0:UUENCODE|UUEncode
I0:XXDECODE|XXDecode
I0:XXENCODE|XXEncode
I0:QUIT|Quit GI
I0:\aBE - Batch Enhancer\r
I0:\r
I0:Usage: BE <File Spec>\r
I0:\aor\r
I0: BE <Command> [parameters]\r
I0:\r
I0:Where <Command> is one of the following:\r
I0:\r
I0:\a ASK BEEP BOX CLS\r
I0:\a DAY DELAY MONTH PRINTCHAR\r
I0:\a REBOOT ROWCOL SA SEMCLEAR\r
I0:\a SEMCLOSE SEMCREATE SEMKILL SEMLIST\r
I0:\a SEMSET SEMWAIT WEEKDAY WINDOW\r
I0:\a YEAR\r
I0:\r
I0:Enter BE <Command> ? to get help on a specific\r
I0:command.\r
I0:BE can be used to enhance batch files (.CMD).\r
I0:The semaphore functions can be used to synchronise\r
I0:tasks running in different sessions.\r
I0:\aDI - Disk Information\r
I0:\r
I0:Usage: DI {Switches} <Drive Spec(s)>\r
I0:\r
I0:DI reports technical information about a disk.\r
I0:It displays the recommended values of the media\r
I0:as well as the actual values.\r
I0:\r
I0:\aSwitches\r
I0:-a \aA\all disks.\r
I0:-h \aH\aard disks only.\r
I0:-p \aP\ahysical disk mode.\r
I0:\r
I0:\aNote:\r
I0:If no drive specifications are entered the\r
I0:current drive only is displayed.\r
I0:\r
I0:If the \a-p\a switch is used only physical disk\r
I0:information is returned.\r
I0:\r
I0:\aDS - Dir Sort\r
I0:\r
I0:Usage: DS {Switches} <Sort Order> <Start Path>\r
I0: <Drive Spec(s)>\r
I0:\r
I0:DS sorts directories on FAT disks. DS starts\r
I0:sorting from <Start Path> or the current directory\r
I0:if <Start Path> is not specified.\r
I0:\r
I0:\aSort Order\r
I0:D Date\r
I0:E Extension\r
I0:N Name\r
I0:S Size\r
I0:T Time\r
I0:\r
I0:\aSwitches\r
I0:-a \aA\all disks.\r
I0:-h \aH\aard disks only.\r
I0:-s Include \aS\aubdirectories in the search.\r
I0:\aDT - Disk Test\r
I0:\r
I0:Usage: DT {Switches} <File Spec> <Drive Spec(s)>\r
I0:\r
I0:DT tests the files on a disk. It reads all of\r
I0:the specified files and will report any errors\r
I0:that it encounters. DT may also test read all\r
I0:sectors on both logical and physical disks.\r
I0:\r
I0:\aSwitches\r
I0:-a \aA\all disks.\r
I0:-b \aB\aoth file and logical disk modes.\r
I0:-c \aC\aylinder mode.\r
I0:-d Logical \ad\aisk mode.\r
I0:-h \aH\aard disks only.\r
I0:-l keep a \aL\aog file.\r
I0:-p<n> \aP\ahysical disk mode.\r
I0:-s Include \aS\aubdirectories in the search.\r
I0:\r
I0:\r
I0:\aFA - File Attributes\r
I0:\r
I0:Usage: FA {Switches} <File Spec> <Drive Spec(s)>\r
I0:\r
I0:FA allows you to view and change file attributes.\r
I0:If no file specification is given all files are\r
I0:assumed.\r
I0:\r
I0:\aSwitches\r
I0:-/+r Set or clear the Read-Only attribute.\r
I0:-/+a Set or clear the Archive attribute.\r
I0:-/+s Set or clear the System attribute.\r
I0:-/+h Set or clear the Hidden attribute.\r
I0:/a \aA\all disks.\r
I0:/f \aF\aorce file names to lower case.\r
I0:/h \aH\aard disks only.\r
I0:/s Include \aS\aubdirectories in the search.\r
I0:\aNote:\r
I0:To set a file attribute use the \a+\a.\r
I0:To clear a file attribute use the \a-\a.\r
I0:\aFD - File Date\r
I0:\r
I0:Usage: FD {Switches} <File Spec>\r
I0:\r
I0:FD sets all files matching the file specification\r
I0:to the current date and time unless overridden\r
I0:on the command line.\r
I0:\r
I0:\aSwitches\r
I0:-a \aA\all disks.\r
I0:-d Specify the \ad\aate in your local format.\r
I0:-f \aF\aorce file names to lower case.\r
I0:-h \aH\aard disks only.\r
I0:-s Include \aS\aubdirectories in the search.\r
I0:-t Specify the \at\aime in 24 hour format.\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\aFF - File Find\r
I0:\r
I0:Usage: FF {Switches} <File Spec> <Drive Spec(s)>\r
I0:\r
I0:\aSwitches\r
I0:-a \aA\all disks.\r
I0:-d \aD\aelete found files.\r
I0:-f \aF\aorce file names to lower case.\r
I0:-h \aH\aard disks only.\r
I0:\r
I0:\aExample\r
I0:\aFF *.pas c: d: e:\r
I0:Look for any files matching \a*.pas\a on drives C:\r
I0:D: and E:\r
I0:\r
I0:\aNote:\r
I0:If no file specification is entered all files\r
I0:are listed. If drive specifications are entered\r
I0:then those drives are searched; if none are\r
I0:entered then the current drive is searched.\r
I0:\aFI - File Information\r
I0:\r
I0:Usage: FI {Switches} <File Spec> <Drive Spec(s)>\r
I0:\r
I0:\aSwitches\r
I0:-a \aA\all disks.\r
I0:-c Only files with \ac\aomments attached.\r
I0:-d \aD\aelete comments.\r
I0:-e \aE\adit or Add comments interactively.\r
I0:-h \aH\aard disks only.\r
I0:-l \aL\aong comment listing.\r
I0:-n Set comment as \an\aeeded.\r
I0:-s \aS\aubdirectories.\r
I0:-w Only files \aw\aithout comments attached.\r
I0:\r
I0:\aNote:\r
I0:If no file specification is entered all files\r
I0:are listed. If drive specifications are entered\r
I0:then those drives are searched; if none are\r
I0:entered then the current drive is searched.\r
I0:\aFS - File Size\r
I0:\r
I0:Usage: FS {Switches} <File Spec> <Drive Spec(s)>\r
I0:\r
I0:\aSwitches\r
I0:-a \aA\all disks.\r
I0:-f \aF\aorce file names to lower case.\r
I0:-h \aH\aard disks only.\r
I0:-s Include \aS\aubdirectories in the search.\r
I0:-t List \aT\aotals only not individual files.\r
I0:\r
I0:\aExample\r
I0:\r
I0:\aFS C:\\OS2 -st\r
I0:List the total file sizes in \aC:\\OS2\a and its\r
I0:subdirectories.\r
I0:\r
I0:\aNote:\r
I0:If no file specification is given then the\r
I0:current directory is assumed.\r
I0:\aGCD - Graham Change Directories\r
I0:\r
I0:Usage: GCD {Switches} <Drive Spec\\Start Path>\r
I0:\r
I0:\aSwitches\r
I0:-n Do \a\aNOT save directory data.\r
I0:-r \aR\aescan the specified disk.\r
I0:\r
I0:GCD scans the drive specified and produces a\r
I0:graphic tree representing the structure on the\r
I0:drive. You may move through the listed directories\r
I0:and use the Enter key to change to that directory.\r
I0:Use the \aF1\a key for help.\r
I0:\r
I0:Use the Speed Search to jump to the point that\r
I0:you want. Control-Enter looks for next match.\r
I0:\r
I0:\aNote:\r
I0:If no drive specifications are given then the\r
I0:current drive is listed.\r
I0:\aLD - List Directories\r
I0:\r
I0:Usage: LD {Switches} <Drive Spec(s)>\r
I0:\r
I0:\aSwitches\r
I0:-a \aA\all disks.\r
I0:-g Produce a \aG\araphic directory tree.\r
I0:-h \aH\aard disks only.\r
I0:\r
I0:\aExample\r
I0:\aLD /G C: D: E:\r
I0:\r
I0:Will produce a graphic directory tree listing\r
I0:of \aC: D:\a and \aE\a:\r
I0:\r
I0:\aNote:\r
I0:If no drive specifications are given then the\r
I0:current drive is listed.\r
I0:The default output is of the directory path\r
I0:names.\r
I0:\aSA - Screen Attributes\r
I0:\r
I0:Usage: SA { <bright> <blinking> <reverse>\r
I0: <underline> <colour> <on colour> }\r
I0:\r
I0:\aOptions\r
I0:\aBright\a Foreground colour will be bright.\r
I0:\aBlinking\a The characters will blink.\r
I0:\aReverse\a The text will be reversed.\r
I0:\aUnderline\a Text will be underlined when on\r
I0: a monochrome monitor. Colour monitors\r
I0: will show blue.\r
I0:\aColour\a Is the foreground colour specification.\r
I0:on \aColour\a Is the background colour specification.\r
I0:\r
I0:\aValid Colours\r
I0:\r
I0:The valid colours are:\r
I0:Black Red Green Yellow Blue Magenta Cyan\r
I0:and White.\r
I0:\aSI - System Information\r
I0:\r
I0:Usage: SI\r
I0:\r
I0:System Information displays some information that\r
I0:OS/2 reports about your system.\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\aTM - Time Mark\r
I0:\r
I0:Usage: TM { [start | stop] -c<n> -l -n }\r
I0:\r
I0:\aSwitches\r
I0:-c<n> Start or Stop timer or \ac\aounter n.\r
I0:-l Write the info on the \al\aeft side of screen.\r
I0:-n \aN\ao current time or date display.\r
I0:\r
I0:\aExample\r
I0:\r
I0:\aTM start -c99 -n\r
I0:\r
I0:Starts timer 99 and no current time and date is\r
I0:displayed.\r
I0:\r
I0:\aNote:\r
I0:The default output is the time and date on the\r
I0:on the right side of the screen.\r
I0:\r
I0:\aVL - Volume Label\r
I0:\r
I0:Usage: VL <Drive Spec> <"Volume Label">\r
I0:\r
I0:\aExample\r
I0:\r
I0:\aVL C: "System Disk"\r
I0:\r
I0:VL will set the volume label of drive \aC:\a to\r
I0:\a"System Disk"\a.\r
I0:\r
I0:\aNote:\r
I0:If no Drive Spec is entered\r
I0:the default drive is assumed.\r
I0:You will be prompted for a volume label\r
I0:if none is given.\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\aWC - Word Count\r
I0:\r
I0:Usage: WC {Switches} <File Spec> <Drive Spec(s)>\r
I0:\r
I0:\aSwitches\r
I0:-a \aA\all disks.\r
I0:-h \aH\aard disks only.\r
I0:-s Include \aS\aubdirectories in the search.\r
I0:\r
I0:\aExample\r
I0:\r
I0:\aWC *.c\r
I0:\r
I0:WC will look for all C files and list the lines,\r
I0:words and characters of all of the files and the\r
I0:totals.\r
I0:\r
I0:\aNote:\r
I0:If no drive specifications are given then the\r
I0:current drive is listed.\r
I0:\a2LZH - Automatic archive conversion\r
I0:\r
I0:Usage: 2LZH {Switches} <Drive Spec(s)> <File Spec>\r
I0:\r
I0:2LZH converts .ZOO .ZIP .ARC and .ARJ files\r
I0:to .LZH files.\r
I0:\r
I0:\aSwitches\r
I0:-a \aA\all disks.\r
I0:-c \aC\aompact mode; keeps the smaller file.\r
I0:-f Modify \aF\aidonet style FILES.BBS files.\r
I0:-h \aH\aard disks only.\r
I0:-l Keep a \aL\aog file.\r
I0:-n \aN\ao recursion.\r
I0:-o \aO\ald (-lh1-) compatability mode.\r
I0:-p \aP\areserve original archive date and time\r
I0:-r \aR\aepack *.LZH files.\r
I0:-s List file \aS\atatistics.\r
I0:-u \aU\apdate mode; replace duplicates.\r
I0:-v \aV\airus scan unpacked files. (Uses OS2SCAN)\r
I0:\aBEEP - Plays tunes\r
I0:\r
I0:Usage: BEEP <file>\r
I0:\r
I0:Beep plays a tune file. Tune files have the\r
I0:following switches:\r
I0:\r
I0: \a/Fn\a Specify the frequency in Hertz.\r
I0: \a/Dn\a Specify the duration of the tone in\r
I0: n/18 seconds.\r
I0: \a/Tn\a Specify the duration of the tone in\r
I0: milliseconds.\r
I0: \a/Rn\a Repeat a tone n times.\r
I0: \a/Wn\a Wait n/18 seconds between tones.\r
I0:\r
I0:\aNote:\r
I0:Two sample tune files have been provided;\r
I0:look at INDIANA and SIMPSONS.\r
I0:\r
I0:\r
I0:\aCase - Set the case of file names\r
I0:\r
I0:Usage: Case <Switches} <File Spec> <Drive Spec(s)>\r
I0:\r
I0:Case allows you to change the case of file names.\r
I0:Only the case of the file name is changed.\r
I0:\r
I0:\aSwitches\r
I0:-a \aA\all disks.\r
I0:-d \aD\airectories.\r
I0:-f \aF\airst letters are upper, rest are lower.\r
I0:-h \aH\aard disks only.\r
I0:-l \aL\aower case all letters.\r
I0:-s Include \aS\aubdirectories in the search.\r
I0:-u \aU\apper case all letters.\r
I0:-w first letter of each \aW\aord, rest are lower.\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\aClipbrd - Copy text to the clipbrd\r
I0:\r
I0:Usage: Clipbrd <Switches} <File Spec>\r
I0:\r
I0:Clipbrd copies a text file into the system\r
I0:clipboard. Clipbrd can also be used as a pipe.\r
I0:\r
I0:\aSwitches\r
I0:-l Large (>64K) clipbrd clients supported.\r
I0:\r
I0:\aExamples\r
I0:\r
I0:\aClipbrd C:\\Config.Sys\r
I0:\r
I0:Copies C:\\CONFIG.SYS into the clipboard.\r
I0:\r
I0:\aDIR | Clipbrd\r
I0:\r
I0:The results of the DIR command will be placed\r
I0:in the clipboard.\r
I0:\aConfig - Configure System Settings\r
I0:\r
I0:Usage: Config <Switches>\r
I0:\r
I0:Config allows you to configure the various\r
I0:configuration options for The Graham Utilities for\r
I0:OS/2.\r
I0:\r
I0:\aSwitches\r
I0:-r Reset to default values.\r
I0:\r
I0:Config allows you to configure options from the\r
I0:following sections:\r
I0: System Configuration\r
I0: Time Formats\r
I0: Editing Options\r
I0: Colour Options\r
I0:\r
I0:\r
I0:\r
I0:\aCSDInst - Install CSD files\r
I0:\r
I0:Usage: CSDInst <File Spec>\r
I0:\r
I0:CSDInst installs CSD files to update The Graham\r
I0:Utilities for OS/2. CSDInst must be run in the\r
I0:same directory that the utilities were installed\r
I0:to. The SYSLEVEL.GRA file must also be present as\r
I0:it is also updated.\r
I0:\r
I0:All other programs in the utilities must be stopped\r
I0:prior to installing the CSD.\r
I0:\r
I0:If any of the files are not be updated, ensure that\r
I0:they are not in use and retry the installtion of\r
I0:the CSD.\r
I0:\r
I0:\aExample\r
I0:\r
I0:\aCSDInst GU326301.CSD\r
I0:\aDIAG - Diagnostics\r
I0:\r
I0:Usage: Diag\r
I0:\r
I0:This diagnostics program allows you to test and\r
I0:verify the operation of your computer system.\r
I0:\r
I0:You can test and report on the following items:\r
I0:\r
I0: System board, Video and Bus Architecture\r
I0:\r
I0: Parallel and Serial Ports\r
I0:\r
I0: Video Modes & Attributes and Video Monitor\r
I0:\r
I0: Hard Disk\r
I0:\r
I0: Floppy Disk\r
I0:\r
I0: Keyboard\r
I0:\aDiskEdit - Disk Editor\r
I0:\r
I0:Usage: DiskEdit {Switches} <Drive Spec>\r
I0:\r
I0:\aSwitches\r
I0:-nolock \aNo disk lock\a is required.\r
I0: Use this option to view disks that\r
I0: are locked by the operating system.\r
I0: This option turns disk writes off.\r
I0:-allowwrites \aAllow disk writes\a.\r
I0: The -nolock options turns disk\r
I0: writes off this option turns them\r
I0: back on. This option MUST be\r
I0: specified after the -nolock switch.\r
I0: WARNING!\r
I0: Use of this switch is NOT\r
I0: recomended.\r
I0:-p \aP\ahysical disk editing mode.\r
I0: The default is logical disk mode.\r
I0:-r Force \aRAW\a disk editing mode.\r
I0:\aDiskImg - Copies and Images disks\r
I0:\r
I0:Usage: DiskImg <Switches> <Drive Spec> <File Name>\r
I0:\r
I0:DiskImg images or copies disk to disk, disk to\r
I0:file or file to disk. It can be used interactively\r
I0:or it can be given full command line arguements.\r
I0:\r
I0:\aSwitches\r
I0:-r Read from the disk, writing to the console.\r
I0:-q Quiet mode.\r
I0:-w Write to the disk, reading from the console.\r
I0:\r
I0:<Drive Spec> is A: to Z: for logical disks.\r
I0:<Drive Spec> is 1: to 9: for physical disks.\r
I0:\r
I0:<File Name> is optional, if not specified the\r
I0:console is used.\r
I0:\r
I0:\r
I0:\aEABackup - Backup EA's to a file\r
I0:\r
I0:Usage: EABackup {Switches} <File Name>\r
I0: <Drive Spec(s)>\r
I0:\r
I0:EABackup will backup all Extended Attributes to a\r
I0:holding file. This method is far simpler than the\r
I0:EAUTIL utilitiy provided by OS/2. Some OS/2 and\r
I0:all DOS applications can loose EA's attached to\r
I0:files. Once EA's have been backed up, \aEARestor\a\r
I0:can be used to bind the EA's back the files again.\r
I0:\r
I0:\aSwitches\r
I0:-a \aA\all disks.\r
I0:-d \aD\aelete the EA's.\r
I0:-h \aH\aard disks only.\r
I0:-s Include \aS\aubdirectories in the search.\r
I0:\r
I0:\r
I0:\r
I0:\aEABind - Automatically bind EA's to files\r
I0:\r
I0:Usage: EABind <File>\r
I0:OR:\r
I0:Usage: EABind <File> <Type> <EA Name> <EA Data>\r
I0:\r
I0:EABind can parse a response file. The response\r
I0:file contains the file name the Extended\r
I0:Attribute type the Extended Attribute name\r
I0:and the Extended Attribute data.\r
I0:\r
I0:\aExample\r
I0:\r
I0:\aEABind bindfile\r
I0:\r
I0:Bindfile is the sample file provided for EABind.\r
I0:It sets the .COMMENTS EA to the default value for\r
I0:the files provided in the Graham Utilities.\r
I0:It also sets the .ICON EA for the files so that\r
I0:the files will appear as icons on the desktop.\r
I0:\aEADump - Dump Extended Attributes of a file\r
I0:\r
I0:Usage: EADump {Switches} <File Spec>\r
I0: <Drive Spec(s)>\r
I0:\r
I0:\aSwitches\r
I0:-a \aA\all disks.\r
I0:-h \aH\aard disks only.\r
I0:-l \aL\aist the extended attribute names only.\r
I0:-n Dump extended attributes of a given \an\aame.\r
I0:-o \aO\anly list files with extended attributes.\r
I0:-s Include \aS\aubdirectories in the search.\r
I0:\r
I0:\aExample\r
I0:\r
I0:\aEADUMP *.exe\r
I0:\r
I0:EADump will dump the extended attributes of any\r
I0:.exe files that it finds in the current\r
I0:directory.\r
I0:\aEARestor - Restore EA's to a file\r
I0:\r
I0:Usage: EARestor <File Name>\r
I0:\r
I0:EARestor will restore the Extended Attributes to\r
I0:files that were backed up with EABackup.\r
I0:\r
I0:\aExample\r
I0:\r
I0:\aEARestor C:\\AllFiles.EA\r
I0:\r
I0:EARestor will bind all of the EA's in the file\r
I0:C:\\AllFiles.EA back to their original files.\r
I0:\r
I0:\aNote:\r
I0:\r
I0:EABackup saves the complete path name of the files\r
I0:in the archive. Relative paths are not used. This\r
I0:enables us to archive all of the EA's on all disks\r
I0:into the one file.\r
I0:\aFAT-Bad - Mark bad clusters on FAT disks\r
I0:\r
I0:Usage: FAT-Bad Drive Spec <N1> [N2]\r
I0:\r
I0:\aParamters\r
I0:\a<N1>\a The first cluster to mark bad.\r
I0: This parameter must be suppled.\r
I0:\a[N2]\a This is the ending cluster to mark bad.\r
I0: This is an optional parameter.\r
I0:\r
I0:\aExamples\r
I0:\r
I0:\aFAT-Bad E: 1000\r
I0:\r
I0:Mark cluster 1000 on drive E: as bad.\r
I0:\r
I0:\aFAT-Bad H: 1000 2500\r
I0:\r
I0:Mark clusters 1000 to 2500 (inclusive)\r
I0:on drive H: as bad.\r
I0:\aFAT-Dfrg - Defragment files on FAT disks\r
I0:\r
I0:Usage: FAT-Dfrg {Switches} <File Spec>\r
I0: <Drive Spec(s)>\r
I0:\r
I0:\aSwitches\r
I0:-h \aH\aard disks only.\r
I0:-s Include \aS\aubdirectories in the search.\r
I0:-o<n> \aO\aptimise files with more than <n> extents.\r
I0:\r
I0:FAT-Dfrg deframents all of the files that\r
I0:match the given file specification. It can\r
I0:defragment one file, one directory, one drive or\r
I0:all drives in one invocation.\r
I0:\r
I0:\aNote:\r
I0:\r
I0:FAT-Dfrg is a simple program. It attempts to move\r
I0:the file to a free space of equal size with no\r
I0:regard to placement. For a full pack, see \aFAT-View\a.\r
I0:\aFAT-Ext - Report on fragmentation on FAT disks\r
I0:\r
I0:Usage: FAT-Ext {Switches} <File Spec>\r
I0: <Drive Spec(s)>\r
I0:\r
I0:\aSwitches\r
I0:-e \aE\axtents first.\r
I0:-h \aH\aard disks only.\r
I0:-s Include \aS\aubdirectories in the search.\r
I0:\r
I0:FAT-Ext reports the fragmentation of the\r
I0:files matching the given file specification.\r
I0:It can report on one file one directory one\r
I0:drive or all drives in one invocation.\r
I0:\r
I0:\aExample\r
I0:\r
I0:\aFAT-Ext C:\\OS2 /s\r
I0:\r
I0:List the extents in C:\\OS2 and its subdirectories.\r
I0:\aFAT-Info - Report on FAT Internals\r
I0:\r
I0:Usage: FAT-Info {Switches} <Drive Spec(s)>\r
I0:\r
I0:\aSwitches\r
I0:-b Display \ab\aad cluster lists.\r
I0:-f Display the \af\aree spaces.\r
I0:-h \aH\aard disks only.\r
I0:\r
I0:FAT-Info provides a brief overview on the layout\r
I0:and structure of your FAT disk.\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\aFAT-Null - Wipe the contents of FAT disks\r
I0:\r
I0:Usage: FAT-Null {Switches} Drive Spec(s)\r
I0:\r
I0:\aSwitches\r
I0:-g<n> \aG\aovernment security rules for wiping.\r
I0:-r<n> \aR\aepeat wipe count; default of 1.\r
I0:-v<n> wipe \aV\aalue; default of 0.\r
I0:\r
I0:FAT-Null wipes all data in the free spaces on\r
I0:FAT disks. This is done on a cluster by cluster\r
I0:basis to ensure that all deleted data is wiped\r
I0:so that there is no chance of recovery.\r
I0:\r
I0:A drive specification must be entered.\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\aFAT-UD - Undelete files on FAT disks\r
I0:\r
I0:Usage: FAT-UD {Switches} <Drive Spec(s)>\r
I0:\r
I0:\aSwitches\r
I0:-l \aL\aock the drive.\r
I0:-p \aP\arompt for restore path.\r
I0:-s \aS\aubdirectories are created.\r
I0:\r
I0:FAT-UD allows you to undelete files from FAT disks.\r
I0:\r
I0:\aExample\r
I0:\r
I0:\aFAT-UD D: -lps\r
I0:\r
I0:FAT-UD will attempt to lock the disk, so that other\r
I0:processes can not overwrite our data. If it can not\r
I0:lock the disk, then it exits. The Prompting for the\r
I0:restore path and subdirectory recreation will be\r
I0:turned on.\r
I0:\aFAT-View - View the layout of FAT disks\r
I0:\r
I0:Usage: FAT-View {Switches} <Drive Spec(s)>\r
I0:\r
I0:\aSwitches\r
I0:-c \aC\alear the free clusters after defragment.\r
I0:-d \aD\aefragment files.\r
I0:-g<n> \aG\aovernment security rules for wiping.\r
I0:-n \aN\aumber of buffers; default of 100.\r
I0:-r<n> \aR\aepeat wipe count; default of 1.\r
I0:-u \aU\anattented mode.\r
I0:-v<n> wipe \aV\aalue; default of 0.\r
I0:\r
I0:FAT-View displays the physical layout of all files\r
I0:and directories on a FAT disk. After the scan of\r
I0:the disk has completed it may also optionally be\r
I0:visually defragmented.\r
I0:\r
I0:The mouse can be used to select a sector: all\r
I0:information about that sector will be displayed.\r
I0:\aFromUNIX - Convert UNIX text to OS/2 text files\r
I0:\r
I0:Usage: FromUNIX <File In> [File Out]\r
I0:\r
I0:FromUNIX reads text files from UNIX systems and\r
I0:converts them to OS/2 text files.\r
I0:UNIX systems use a Line Feed character as the end\r
I0:of line character DOS text files use a Carriage\r
I0:Return and Line Feed character pair as the end of\r
I0:line marker.\r
I0:\r
I0:\aExample\r
I0:\r
I0:\aFromUNIX UNZIP.DOC NEWUNZIP.DOC\r
I0:\r
I0:FromUNIX will covert the UNIX text file UNZIP.DOC\r
I0:to the DOS text file NEWUNZIP.DOC.\r
I0:\r
I0:This is the complement program to ToUNIX.\r
I0:\r
I0:\aGREP - Text search utility\r
I0:\r
I0:Usage: Grep {Switches} <Pattern> <File Spec>\r
I0: <Drive Spec(s)>\r
I0:\r
I0:\aSwitches\r
I0:-a \aA\all disks.\r
I0:-c Show the matched characters in \aC\aolour.\r
I0:-f List the \aF\aile name.\r
I0:-h \aH\aard disks only.\r
I0:-i Make the pattern case \aI\ansensitive.\r
I0:-n List the line \aN\aumber.\r
I0:-o \aO\anly list the file name.\r
I0:-s Include \aS\aubdirectories in the search.\r
I0:-x List the lines which do NOT have\r
I0: the pattern in them. (E\ax\aclusion)\r
I0:\r
I0:Grep is a simple text search utility. It searches\r
I0:for the specified pattern of text in the files\r
I0:specified.\r
I0:\aHexDump - Dump a file in Hexadecimal format\r
I0:\r
I0:Usage: HexDump {Switches} <File Spec>\r
I0: <Drive Spec(s)>\r
I0:\r
I0:\aSwitches\r
I0:-a \aA\all disks.\r
I0:-c \aC\alip the high bit.\r
I0:-h \aH\aard disks only.\r
I0:-s Include \aS\aubdirectories in the search.\r
I0:-t Open the file in \aTEXT\a mode. The default\r
I0: is \aBINARY\a.\r
I0:-x \aX\aor the high bit.\r
I0:\r
I0:\aExample\r
I0:\r
I0:\aHEXDUMP *.bin\r
I0:\r
I0:Hexdump will dump any .bin files that it finds\r
I0:in the current directory.\r
I0:\aHexEdit - Edit a file in Hexadecimal format\r
I0:\r
I0:Usage: HexEdit <File>\r
I0:\r
I0:Hexedit enables you to perform a binary edit\r
I0:on a file. You can enter values directly in HEX\r
I0:or in ASCII. Use the TAB key to switch between\r
I0:HEX and ASCII modes. Bytes that have been changed\r
I0:are displayed in yellow. You are always prompted\r
I0:before any data is written back to the disk. You\r
I0:have the option of discarding the data saving the\r
I0:data or continuing to edit the data.\r
I0:\r
I0:\aExample\r
I0:\r
I0:\aHexEdit charset.dat\r
I0:\r
I0:Hexedit will edit a provided sample file\r
I0:charset.dat. Use the F2 key to toggle the mask\r
I0:state.\r
I0:\aHPFS-Bad - Mark bad sectors on HPFS disks\r
I0:\r
I0:Usage: HPFS-Bad Drive Spec <N1> [N2]\r
I0:\r
I0:\aParamters\r
I0:\a<N1>\a The first sector to mark bad.\r
I0: This parameter must be suppled.\r
I0:\a[N2]\a This is the ending sector to mark bad.\r
I0: This is an optional parameter.\r
I0:\r
I0:\aExamples\r
I0:\r
I0:\aHPFS-Bad E: 1000\r
I0:\r
I0:Mark logical sector 1000 on drive E: as bad.\r
I0:\r
I0:\aHPFS-Bad H: 1000 2500\r
I0:\r
I0:Mark logical sectors 1000 to 2500 (inclusive)\r
I0:on drive H: as bad.\r
I0:\aHPFS-Ext - Report on fragmentation on HPFS disks\r
I0:\r
I0:Usage: HPFS-Ext {Switches} <File Spec>\r
I0: <Drive Spec(s)>\r
I0:\r
I0:\aSwitches\r
I0:-e \aE\axtents first.\r
I0:-f \aF\aorce file names to lower case.\r
I0:-h \aH\aard disks only.\r
I0:-s Include \aS\aubdirectories in the search.\r
I0:\r
I0:HPFS-Ext reports the fragmentation of the\r
I0:files matching the given file specification.\r
I0:It can report on one file one directory one\r
I0:drive or all drives in one invocation.\r
I0:\r
I0:\aExample\r
I0:\r
I0:\aHPFS-Ext C:\\OS2 /s\r
I0:\r
I0:\aHPFS-UD - Undelete files on HPFS disks\r
I0:\r
I0:Usage: HPFS-UD {Switches} <Drive Spec(s)>\r
I0:\r
I0:\aSwitches\r
I0:-c \aC\aomplete disk scan.\r
I0:-d \aD\aamaged partition mode.\r
I0:-f Keep a log \af\aile.\r
I0:-l \aL\aock the drive.\r
I0:-p \aP\arompt for restore path.\r
I0:-s \aS\aubdirectories are created.\r
I0:-z Full surface scan for root dir FNode.\r
I0: (Snoo\az\ae mode).\r
I0:HPFS-UD can undelete files from HPFS partitions\r
I0:as well as recover files from damaged ones. It\r
I0:offers the simplest most powerful way of\r
I0:recovering data available today. Multiple files\r
I0:can be undeleted in one single operation.\r
I0:Subdirectories can also be automatically\r
I0:reconstructed.\r
I0:\aHPFSDfrg - Defragment files on HPFS disks\r
I0:\r
I0:Usage: HPFSDfrg {Switches} <File Spec>\r
I0: <Drive Spec(s)>\r
I0:\r
I0:\aSwitches\r
I0:-f \aF\aorce file names to lower case.\r
I0:-h \aH\aard disks only.\r
I0:-s Include \aS\aubdirectories in the search.\r
I0:-o<n> \aO\aptimise files with more than <n> extents.\r
I0:\r
I0:HPFSDfrg deframents all of the files that\r
I0:match the given file specification. It can\r
I0:defragment one file, one directory, one drive or\r
I0:all drives in one invocation.\r
I0:\r
I0:\aExample\r
I0:\r
I0:\aHPFSDfrg C:\\OS2 /s\r
I0:\r
I0:\aHPFSInfo - Report on HPFS Internals\r
I0:\r
I0:Usage: HPFSInfo {Switches} <Drive Spec(s)>\r
I0:\r
I0:\aSwitches\r
I0:-b Display \ab\aad sector lists.\r
I0:-c Display the spare directory \ac\alusters.\r
I0:-d Display \ad\aynamic hot fix list.\r
I0:-f Display the \af\aree spaces.\r
I0:-h \aH\aard disks only.\r
I0:-m Display the bit\am\aap sector lists.\r
I0:\r
I0:HPFSInfo displays all of the information that is\r
I0:available from the Super and Spare Blocks.\r
I0:Please consult Appendix G - HPFS Internals for\r
I0:a complete discussion on the terms and concepts\r
I0:relating to HPFS structures.\r
I0:\r
I0:\r
I0:\r
I0:\aHPFSNull - Wipe the contents of HPFS disks\r
I0:\r
I0:Usage: HPFSNull {Switches} Drive Spec(s)\r
I0:\r
I0:\aSwitches\r
I0:-g<n> \aG\aovernment security rules for wiping.\r
I0:-r<n> \aR\aepeat wipe count; default of 1.\r
I0:-v<n> wipe \aV\aalue; default of 0.\r
I0:\r
I0:HPFSNull wipes all data in the free spaces on\r
I0:HPFS disks. This is done on a sector by sector\r
I0:basis to ensure that all deleted data is wiped\r
I0:so that there is no chance of recovery.\r
I0:\r
I0:A drive specification must be entered.\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\aHPFSStat - Change the status of HPFS disks\r
I0:\r
I0:Usage: HPFSStat {Switches} <Drive Spec(s)>\r
I0:\r
I0:\aSwitches\r
I0:-c Mark the partition as \aCLEAN\a.\r
I0:-d Mark the partition as \aDIRTY\a.\r
I0:-r \aR\aemount the partition.\r
I0:\r
I0:HPFSStat allows you to change the status of HPFS\r
I0:partitions. You can change the status to either\r
I0:CLEAN or DIRTY. You may also optionally remount\r
I0:the partition which will allow OS/2 to access the\r
I0:disk without having to reboot the computer.\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\aHPFSView - View the layout of HPFS disks\r
I0:\r
I0:Usage: HPFSView {Switches} <Drive Spec(s)>\r
I0:\r
I0:\aSwitches\r
I0:-d \aD\aefragment files.\r
I0:-o<n> \aO\aptimise files with more than <n> extents.\r
I0:\r
I0:HPFSView displays the physical layout of all\r
I0:files, directories and other HPFS specific\r
I0:information. After the scan of the disk has\r
I0:completed it may also optionally visually\r
I0:defragment files on the disk.\r
I0:\r
I0:The mouse can be used to select a sector: all\r
I0:information about that sector will be displayed.\r
I0:\r
I0:\aNote:\r
I0:Use the F1 key to speed up the disk scan.\r
I0:\r
I0:\aMIDecode - Decode MIME files\r
I0:\r
I0:Usage: MIDecode {Switches} <File>\r
I0:\r
I0:\aSwitches\r
I0:-e decode \aE\axtended Attribute data.\r
I0:\r
I0:MIDecode decodes MIME files back into their\r
I0:original binary image. MIME files typically come\r
I0:from UNIX systems or from the Internet.\r
I0:They are used to transmit binary files through\r
I0:email systems that may only allow 6 or 7 bit data.\r
I0:\r
I0:SUM has been provided to help check the integrity\r
I0:of the decoded files.\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\aMIEncode - Encode MIME files\r
I0:\r
I0:Usage: MIEncode {Switches} <File>\r
I0:\r
I0:\aSwitches\r
I0:-c \aC\aonsole output.\r
I0:-e Encode \aE\axtended Attribute data.\r
I0:-s Include \aSUM\a information in the file.\r
I0:-t Include \aTABLE\a information in the file.\r
I0:-u \aUNIX\a compatible file.\r
I0:\r
I0:MIEncode encodes binary files into MIME files.\r
I0:MIME files are the newest standard for moving\r
I0:binary files through the Internet and other email\r
I0:systems.\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\aNullDisk - Wipe Disk data\r
I0:\r
I0:Usage: NullDisk {Switches} Drive Spec(s)\r
I0:\r
I0:NullDisk protects sensitive data by overwriting\r
I0:either the entire disk or the erased portion\r
I0:of it.\r
I0:\r
I0:\aSwitches\r
I0:-a \aA\all disks.\r
I0:-e \aE\arase unused and deleted file areas only.\r
I0:-g<n> \aG\aovernment security rules for wiping.\r
I0:-h \aH\aard disks only.\r
I0:-n \aN\ao wipe erase all files only.\r
I0:-r<n> \aR\aepeat wipe count; default of 1.\r
I0:-v<n> wipe \aV\aalue; default of 0.\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\aNullFile - Wipe File data\r
I0:\r
I0:Usage: NullFile {Switches} File Spec <Drive Specs>\r
I0:\r
I0:NullFile can either delete files or protect\r
I0:sensitive data by overwriting it and then deleting\r
I0:it.\r
I0:\r
I0:\aSwitches\r
I0:-a \aA\all disks.\r
I0:-d remove \aD\airectories.\r
I0:-g<n> \aG\aovernment security rules for wiping.\r
I0:-h \aH\aard disks only.\r
I0:-n \aN\ao wipe erase only.\r
I0:-p \aP\arompt for wiping or deleting.\r
I0:-r<n> \aR\aepeat wipe count; default of 1.\r
I0:-s Include \aS\aubdirectories in the search.\r
I0:-v<n> wipe \aV\aalue; default of 0.\r
I0:\r
I0:\r
I0:\aRestPart - Restore Saved Parition Information\r
I0:\r
I0:Usage: RestPart Drive Spec\r
I0:\r
I0:SavePart and RestPart form part of the disaster\r
I0:recovery of The Graham Utilities for OS/2.\r
I0:\r
I0:RestPart scans the crash recovery disk for all\r
I0:saved information and presents it in a list for\r
I0:you to select which one you wish to recover.\r
I0:\r
I0:Choose a session that you wish to recover and\r
I0:then you will have to choose which drive you\r
I0:wish to recover. You should always recover from\r
I0:the lowest drive first, starting with C:, D:\r
I0:and so on. You should reboot in-between each\r
I0:restore.\r
I0:\r
I0:If the drive was HPFS then you can restore the\r
I0:Super and Spare blocks separately.\r
I0:\aSavePart - Save Partition Information\r
I0:\r
I0:Usage: SavePart {Switches} Drive Spec\r
I0:\r
I0:\aSwitches\r
I0:-v \aV\aerbose mode.\r
I0:\r
I0:SavePart and RestPart form part of the disaster\r
I0:recovery of The Graham Utilities for OS/2.\r
I0:\r
I0:SavePart saves the partition tables and boot\r
I0:sectors of all of your drives to the crash\r
I0:recovery disk. If the drive is a HPFS partition,\r
I0:the Super and Spare blocks will also be saved for\r
I0:you.\r
I0:\r
I0:The Drive Spec is the drive letter of the drive\r
I0:where the crash recovery disk is. If it is not\r
I0:present, then you will be prompted for it.\r
I0:\r
I0:\aSpace - Disk Drive Space\r
I0:\r
I0:Usage: Space {Switches}\r
I0:\r
I0:\aSwitches\r
I0:-c \aC\aolour warning display.\r
I0:-g \aG\araphic representation.\r
I0:-p \aP\aause between graphic screens.\r
I0:\r
I0:Space will display the total and free sizes of\r
I0:all disks that it can find both local and\r
I0:remote. It lists the drive number volume label\r
I0:and file system type.\r
I0:\r
I0:\aNote:\r
I0:The \a-c\a switch only works in conjunction with\r
I0:the \a-g\a switch.\r
I0:\r
I0:\r
I0:\r
I0:\aSUM - Check Sum Files\r
I0:\r
I0:Usage: SUM {Switches} <File Spec> <Drive Spec(s)>\r
I0:\r
I0:\aSwitches\r
I0:-a \aA\all disks.\r
I0:-h \aH\aard disks only.\r
I0:-s Include \aS\aubdirectories in the search.\r
I0:\r
I0:\aExample\r
I0:\r
I0:\aSUM *.c\r
I0:\r
I0:SUM will look for all C files and list the 8 16\r
I0:and 32 bit sum values and 16 and 32 bit CRC values\r
I0:of the files. SUM is normally used with UUDECODE.\r
I0:\r
I0:\aNote:\r
I0:If no drive specifications are given then the\r
I0:current drive is listed.\r
I0:\aToUNIX - Convert OS/2 text to UNIX text files\r
I0:\r
I0:Usage: ToUNIX <File In> [File Out]\r
I0:\r
I0:ToUNIX reads text files from OS/2 systems and\r
I0:converts them to UNIX text files.\r
I0:UNIX systems use a Line Feed character as the end\r
I0:of line character DOS text files use a Carriage\r
I0:Return and Line Feed character pair as the end of\r
I0:line marker.\r
I0:\r
I0:\aExample\r
I0:\r
I0:\aToUNIX NEWUNZIP.DOC UNZIP.DOC\r
I0:\r
I0:ToUNIX will convert the DOS text file\r
I0:NEWUNZIP.DOC to the UNIX text file UNZIP.DOC.\r
I0:\r
I0:This is the complement program to FromUNIX.\r
I0:\r
I0:\aUUDecode - Decode UU files\r
I0:\r
I0:Usage: UUDecode {Switches} <File>\r
I0:\r
I0:\aSwitches\r
I0:-e decode \aE\axtended Attribute data.\r
I0:-q do not use \aQ\auote char (') instead of space.\r
I0:\r
I0:UUDecode decodes UU files back into their original\r
I0:binary image. UU files typically come from UNIX\r
I0:systems. They are used to transmit binary files\r
I0:through email systems that may only allow 6 or 7\r
I0:bit data.\r
I0:\r
I0:SUM has been provided to help check the integrity\r
I0:of the decoded files.\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\aUUEncode - Encode UU files\r
I0:\r
I0:Usage: UUEncode {Switches} <File>\r
I0:\aSwitches\r
I0:-c \aC\aonsole output.\r
I0:-e Encode \aE\axtended Attribute data.\r
I0:-q Do not use \aQ\auote char (') instead of space.\r
I0:-s Include \aSUM\a information in the file.\r
I0:-t Include \aTABLE\a information in the file.\r
I0:-u \aUNIX\a compatible file.\r
I0:\r
I0:UUEncode encodes binary files into UU files.\r
I0:UU files typically are used by UNIX systems for\r
I0:the transmission of binary files through email\r
I0:systems that may only allow 6 or 7 bit data.\r
I0:Three bytes of 8 bit data are expanded into four\r
I0:bytes of text data. Because thare are no special\r
I0:characters present the files should be able to\r
I0:be transmitted through many different email\r
I0:systems without loss of data.\r
I0:\aXXDecode - Decode UU files\r
I0:\r
I0:Usage: XXDecode {Switches} <File>\r
I0:\r
I0:\aSwitches\r
I0:-e decode \aE\axtended Attribute data.\r
I0:-q do not use \aQ\auote char (') instead of space.\r
I0:\r
I0:XXDecode decodes XX files back into their original\r
I0:binary image. XX files typically come from UNIX\r
I0:systems. They are used to transmit binary files\r
I0:through email systems that may only allow 6 or 7\r
I0:bit data.\r
I0:\r
I0:SUM has been provided to help check the integrity\r
I0:of the decoded files.\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\aXXEncode - Encode UU files\r
I0:\r
I0:Usage: XXEncode {Switches} <File>\r
I0:\aSwitches\r
I0:-c \aC\aonsole output.\r
I0:-e Encode \aE\axtended Attribute data.\r
I0:-q Do not use \aQ\auote char (') instead of space.\r
I0:-s Include \aSUM\a information in the file.\r
I0:-t Include \aTABLE\a information in the file.\r
I0:-u \aUNIX\a compatible file.\r
I0:\r
I0:XXEncode encodes binary files into XX files.\r
I0:XX files typically are used by UNIX systems for\r
I0:the transmission of binary files through email\r
I0:systems that may only allow 6 or 7 bit data.\r
I0:Three bytes of 8 bit data are expanded into four\r
I0:bytes of text data. Because thare are no special\r
I0:characters present the files should be able to\r
I0:be transmitted through many different email\r
I0:systems without loss of data.\r
I0:\aQUIT\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\a Quit the Graham Integrator\r
I0:\r
I0:\r
I0:\r
I0:\a and return to OS/2\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\r
I0:\r