User`s guide

LINK
/TRANSFER[:value]
Lets you specify the transfer (start) address of the load module. The transfer
address is the address at which a program starts when you initiate execution
with R, RUN, FRUN, SRUN, V, or VRUN.
The value argument is an even, unsigned, six-digit octal number that defines the
transfer address. If the transfer address you specify is odd, the program does
not execute after loading, and control returns to the monitor.
When you have entered the complete LINK command, LINK displays the
following prompt message if you did not already specify a value:
Transfer symbol?
Respond with the global symbol whose value is the transfer address. You cannot
specify a number at this point. Terminate your response with
RETURN
. If you
specify a nonexistent symbol, an error message displays and the linker sets the
transfer address to 1 so that LINK cannot execute the program.
When /TRANSFER[:value] is specified with /IDSPACE, if value is not specified,
the specified transfer symbol is verified to be in I-space. If it is not, an error
message is displayed.
/WIDE
Used with /MAP, produces a wide load-map listing. Normally, the listing is wide
enough for three global value columns, which is suitable for paper with 72 or 80
columns. The /WIDE option produces a listing that is six global-value columns
wide, which is equivalent to 132 columns.
/XM
Enables special .SETTOP and .LIMIT features provided in a mapped monitor.
This option allows a virtual job to map a scratch region in extended memory
with the .SETTOP programmed request. See the RT–11 System Macro Library
Manual and the RT–11 System Internals Manual for more details on these special
features.
To create an extended memory overlay structure for your program, use the
/PROMPT option. You can then specify the overlay structure on subsequent lines,
using the LINK (CSI) /V option (see the LINK chapters in the RT–11 System
Utilities Manual). When you use /V to create an overlay structure, the linker
automatically enables the special .SETTOP and .LIMIT features.
RT–11 Command Descriptions 175