Software Reference Manual - NetEx

ASM,FORT
initep
These parameters are the two possible languages used to write the module. One of the two is selected.
BFX will call the run time library routine needed to establish the language environment for
that routine. When the module is actually invoked, it is called as a subroutine in the high level language.
If this parameter is omitted, the default is ASM (no special preparations for the call).
This optional parameter specifies an initialization-required entry point (for example, VFEIN# for
FORTRAN record modules).
Modifying the BFXMDT Module Table
To provide the module table, the user should edit the member BFXMDT in the file “hlq.BFXSRC”, that was
created as part of the installation process.
When edited, the file will take the form shown in Figure 15.
BFXMDBEG
BFXMOD type,name,epaddr,language
.
.
.
BFXMDEND
END
Figure 15. BFXMDT Module Table
The BFXMDT statement begins by prefacing the module and generating the seven standard block and record
modules (SBM, RBM, SRM, RRM, JES3JS, CMRJS, and SUB) in the module table. Following the
BFXMDBEG statement will be zero or more BFXMOD macro entries, one for each type and name of module
to be provided by the user or installation systems programmer. The entire block of input is terminated with a
BFXMDEND macro and an assembler END statement.
After the BFXMDT module has been updated, then the LKEDBFX member in “hlq.BFXLKED” should be
modified so that the user code will be incorporated into the BFX modules. Refer to Figure 16 for the
BFXLINK file. The user-written code may be added by adding a new DDNAME to the linkedit step and adding
INCLUDE statements following each group of the existing INCLUDE statements in LKEDBFX.
MAN-REF-H211-05 Installing BFX Page 57