Texas Instruments 990 User Manual page 230

TX5 System G~neration
After the TASKDF and TXDATA files have been assembled, a link
edit control file must be accessed (or created) to link the
generated TX5 system. This file must be edited to include any
resident tasks or system modules (XOP, DSR, etc.) that were
included during system generation. The file must also include
the network information--tables built during network generation,
remote SCI and the log task if required, and the communications
tasks (shown in the example link control stream below). After
the link control file is prepared, the TX5 system is linked using
the XLE command as follows:
[ ] XLE
EXECUTE LINKAGE EDITOR
CONTROL ACCESS NAME: <name of the link control file>
LINKED OUTPUT ACCESS NAME: <object of linkage process>
LISTING ACCESS NAME: <list of results of linkage>
PRINT WIDTH: 80
The XLE command is described in the
Reference Manual, Volume 2, Production
Operating System Programmer's Guide.
C.3 SAMPLE LINK STREAM
DXlO Operating System
Operation, and the TX5
In the sample link stream shown' in Figure C-2, the DXlO HDLC
Communications Package modules are on a directory that has been
assigned the synonym TO (directory .INDSCOMM.TXOBJ). The TX5
system modules are on the volume TX5 under directories OFR, OFM,
OTX, and OCP. Users should familiarize themselves further with
the TX5 system generation and link edit procedures by referring
to the TX5 Operating System
Programmer~s
Guide.
Those modules required to support the device assign and release
LUNO functions in Remote SCI are noted. To support file assign
and release LUNO functions, all of the file management parts
should be included.
After the TX5 operating system has been linked, the object file
is ready for preprocessing and downloading. Alternatively, if
the operating system is to be loaded from another peripheral, the
object file can be copied to the media appropriate for that
peripheral.
C-6 2270526-9701