This is the contents of the README.TXT file from the NASA/Ames 
RSX11M V3.2 enhancements by Greg Thompson on the DECUS BAYLUG tape.

Executive correction files [11,40] :

DREIF.COR

	Adds a delayed T3.REM bit in T.ST3 for dynamic INStallation of
	tasks support in MC2.

REQSB.COR

	Modifies the $NXTSK routine to not allow a higher priority task
	that can't fit into memory to prevent tasks of a lower priority
	that can fit if checkpointing is enabled.

TTATT.COR, TTCAN.COR, TTDAT.COR, TTICH.COR, TTMAC.COR, TTMIS.COR
TTMOD.COR, TTODN.COR, TTOIS.COR, TTSUB.COR, TTYH.COR, TTYZ.COR

	In new terminal driver only:

	Adds auto-baud support for DH11/DM11 and DZ11 lines.  Auto-baud
	code is table driven off a table in TTDAT.MAC and is initially
	set up for 300, 1200, 2400 and 9600 baud with ctrl-c as the
	universal auto-baud character.  See comments in TTDAT.COR for
	more details.

	Allows 19.2k baud to be a valid speed for DZ11 interfaces.
	Use: "SET /SPEED=ttn:A:A" to set a DZ line to 19.2K baud.

	Implements the control-y key which aborts the users current
	task.  Current task is defined as:
	   1st) The task that is currently attached to the terminal.
	   2nd) The task that is currently reading from the terminal.
	   3rd) The task that is currently writing to the terminal.
	   4th) The first task found in the TCB list that is active
		on this terminal and is abortable.
	A "ABO tsknam" command is queued to MCR for the user and the
	abort messages from ABO identify which task got aborted.

	Modifies TTMOD to ignore CTS modem line and ignore RING line
	while a line is enabled.  This should be changed if you need
	to use half/duplex modems and may help things if you use full
	duplex modems and your modems don't always return CTS correctly.
	Also changes TTMOD to ignore a change in the ring line as long
	as carrier is still asserted.

	Changes the default initial state for a remote line to 80.
	characters wide, lower-case and CRT rubout.


MCR correction files [12,40] :

ABOOV.COR

	Allows users from one terminal to delete tasks initiated
	from another terminal if the tasks UIC is the same as the
	users UIC.

	Allows non-privileged users to abort most of their privileged
	tasks.

BYE.COR

	Adds login accounting support (See ACNTLG below).

	Resets TI: buffer size to a reasonable size before exiting.

	Abort RMD task if running on this terminal at BYE.

	Request cookie task for user on BYE.  COOKIE task must be 
	installed /SLV=YES.

FIXOV.COR

	Adds delayed T3.REM bit in T.ST3 needed for MC2 dynamic task
	INStallation support.

HELLO.COR

	Adds login accounting support.

	Adds MAIL support.  Looks in LB:[10,3] for "grpmem.TXT" file
	and notifies user that he has mail if such file exists.

	Changed to not display "@LOGIN.CMD" when it invokes it.

INDERR.COR, INDFDC.COR

	Changes ...AT. to not display "@ <EOF>" at end of command 
	file if QUIET mode is enabled.	

	Also note that the V3.1 enhancements were not carried over
	to V3.2 in favor of the standard (but undocumented) IND
	parameter passing, QUIET mode, .TESTFILE and .PARSE
	enhancements.  For more details see either the multi-tasker
	or the code.

INDOPN.COR

	.TESTFILE patch from Multi-tasker volume 11 number 4.

INSHD.COR, INSLB.COR, INSPS.COR

	Adds support for dynamic task INStallations used by MC2.
	Also changes it so that any RUN filename command uses a
	task name formed from the first 3 chars of the filename
	and his terminal device name.

MCRDIS.COR

	Allows any number, instead of just one copy of a given task
	to invoked from each terminal.  Each succeeding taskname
	is formed by incrementing the device code letter, example:
	"PIPT11, PIPU11, PIPV11 ...".

	Allows LOGIN to be a synonym for HELLO.

	Allows 1 or 2 character tasknames.  Examples:
	"...LC., LC.T10, L..T12".

SDSOV.COR, SDSOVFDT.COR, SETOV2.COR, SPROV.COR, SPROVFDT.COR

	Makes the "/" slash optional on SET's keywords.

	The SET /UIC=[x,y] command will no longer change the login UIC
	for privileged users.  This makes the WHO command to be able
	to identify users using their login UIC.  Since protection UICs
	are generated from the default UIC for privileged users and the
	login UIC for non-privileged users and since the login UIC for
	non-privileged users was never changed in the first place it
	appears that this change does not cause any problems.

	There are five new keywords added to SET.  LOGGED-OUT, OFFLINE,
	ABSCAN (expecting an autobaud character), DISABLED, and
	CARRIER-WAIT.  Used without an equals sign they present a list
	of terminals that have or do not have the specified mode set.
	All but CARRIER-WAIT when used (by privileged terminals) with
	an equals sign and a device name sets or clears these modes.

SYSOV.COR

	Makes CLQ command non-privileged.

TASOV.COR

	Adds an optional taskname parameter to the TAS command.

TKTN.COR

	Makes all TKTN messages use IO.WBT to help prevent TKTN from
	getting hung up.  Another useful thing to do is to install TKTN
	and SHF tasks in their own partition separate from MCRPAR.
	This way also MCR... never gets checkpointed and is always in
	memory ready when needed.


New tasks [1,54]:

MC2.MAC, MC2.TSK  (non-privileged task)

	This is a MCR catch all task (...CA.) that implements 14 commands
	of its own, searches directories for .TSK or .CMD files to
	process commands it can't handle and automatically invokes them,
	waits for their completion and passes back their exit status to
	MC2's parent.  It will dynamically INStall and invoke task images, 
	passing them through SPWN$ the command line that MC2 received.
	It will use STLO$ to wait for the spawned task to complete unless
	the system does not support the STOP directives in which case it
	uses WTSE$.  MC2 does require parent/offspring tasking to be
	included in the executive.  The searching sequence is driven by
	tables in the front of the code and is easily changed.  The default
	sequence is:

	1st) SY:[default_uic]
	2nd) SY:[protection_uic]  (If different from default_uic.)
	3rd) CM:[1,55]		  (To be compatible with old MC2.)
	4th) LB:[1,54]		  (Verifies task is executable first.)
	5th) CM:[1,56]		  (Only for privileged users.)
	6th) CM1:[1,55]
	7th) CM1:[1,56]		  (Only for privileged users.)

	If CM: or CM1: logical devices do not exist it will skip looking
	in the corresponding directories.  These are usually set up with
	"ASN dduu:=CM:/GBL" commands under VMR if [1,55] and [1,56] support
	is desired (see V3.1 MC2).  One change from the old MC2 is that
	since the task is no longer a privileged task it can no longer
	directly obtain the login UIC.  Instead it gets the protection UIC
	using GTSK$ which for non-privileged users is their login UIC but
	for privileged users is their default UIC.  Hence it does not
	look in privileged users login UIC unless it is also their current
	default UIC (set by the "SET /UIC", "CHD" or "UIC" commands).
	It does not allow non-privileged users to invoke privileged tasks
	unless the task is found in [1,55] or unless it is found in LB:[1,54]
	and a .PRV file has been found first with the same command name as
	the filename.  A good example of this is WHO.TSK which is a
	privileged task but is one that you want anyone to be able to invoke.
	Simply put WHO.TSK in LB:[1,54] and create a WHO.PRV by issuing the
	command "PIP WHO.PRV=NL:".  Then do a "SRD /NA/WB" so the WHO.PRV
	will be in the directory before the WHO.TSK.

	The internal commands that MC2 proccesses and re-issues via SPWN$
	to MCR... are:  (only first 3 chars of command are necessary)

	ATS		- Same as "ACT /ALL"
	CHD		- Same as "SET /UIC"
	CHD grp,mem	- Same as "SET /UIC=[grp,mem]"
	DELETE filespec	- Same as "PIP filespec/DE"
	DIR filespec	- Same as "PIP filespec/LI"
	DLG		- Same as "DEV /LOG"
	ERASE filespec	- Same as "PIP filespec/DE" except ;* assumed
	FREE dduu:	- Same as "PIP dduu:/FR"
	POOL		- Same as "SET /POOL"
	PURGE filespec	- Same as "PIP filespec/PU"
	RENAME file1=file2 - Same as "PIP file1=file2/RE"
	SPOOL filespec	- Same as "PIP filespec/SP"
	TRUNC filespec	- Same as "PIP filespec/TR"
	TYPE filespec	- Same as "PIP TI:=filespec"
	UIC		- Identical to CHD

	"filespec" can contain more than one filename separated by
	commas.  ERA is identical to DEL except ERA inserts a ";*"
	as a version number on all filenames that do not specify a
	version number to be deleted.  Remember that a command line
	can only be 79. characters and any expansion of the command
	that MC2 does subtracts from that 79.

COOKIE.MAC, COOKIE.TSK  (from David Roode)

	This task outputs to the invoking terminal a little bit of wisdom
	from a message collection contained within the code.  There is
	a new cookie every second so if you want a full list RUN it with
	/RSI=1S synchronized on the second and CO: device will get all of
	them.  If the cookie task is installed slaved and the BYE enhancement
	is installed a cookie will be displayed on user's terminals when
	they log off.

ACNTLG.MAC, ACNTLG.TSK  (identical to V3.1 release)

	This task processes login accounting messages from the ...HEL,
	...BYE and RSTLOG tasks and reports the logging in/out of
	users and system restarts to the file LB:[1,2]ACOUNT.LOG.
	The new console output task and logging does most of this but
	ACNTLG can be used when one wants an easy to parse file of
	solely logging in/out information and/or may already have
	programs (from V3.1 days) that uses the generated ACOUNT.LOG
	file.  If LB:[1,2]ACOUNT.LOG doesn't exist the ACNTLG task
	will create it.

RSTLOG.MAC, RSTLOG.TSK

	This task should be run during startup (in LB:[1,2]STARTUP.CMD)
	before users are allowed on (via "SET /LOGON") so that system
	restarts are recorded in the account logging file.

WHO.MAC  (only privileged task which needs to be re-built for each system)

	The new command WHO is used to display who is logged into the
	system.  The command displays the terminal number, the login
	UIC, last and first names, and the time that user logged in 
	(into ANY! terminal) for each terminal device that has someone
	logged in on.  All task names which are active for the user
	are displayed on the following line.

REI.MAC, REI.TSK  (from Howard Palmer)

	This task recovers lost or deleted files from a possibly 
	corrupted disk.	 The command to invoke it is: REI filespec
	where filespec contains a device name and a filename.  If
	a file header with the specified filename is found the user
	is prompted for a filespec of where to put the recovered
	file.  No guarantees on what it recovers especially if some
	of the files blocks have already been reused but something
	is better than nothing they always say.