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BINEX
COMMAND
4. 1 -
Use
The terminating 59
~ecord
will contain the
sta~ting
execution
add~ess
that was extracted from <name 1/'s load information.
The memory-image filel <name 1/,
is
unaffected
en t ire
B I NE X
pro c e s s.
Th
e
0
u t put
f i
1
e
I
<:
name
2)0
I
can
copied to tape (see Chapter 7} COpy Command)
ror
use
non-diskette environment.
4.2 Error Messages
b~
the
then be
in
a
No
special
error
messages
are
displayed
by
the BINEX
command.
Only the standard error messages available
to
all
commands aT'e used.
4.3 Examples
Most
rrequentlYI
~ne
de~ault
sUTTixes and logical unit
numbers suffice ror
BINEX
operation.
The
following
command
line
BINEX TEST?ROG
will
produce
the file TEST?ROG. LX on logical unit zero rrom
the
memor~-image
file TESTPROG. LO,
also on logi,al unit zero.
IT
the output file
is
to
be
created on
a
different
d~ive
than
the
input
file,
but the other default
paramete~s
are
still to be applied}
then only a logical unit number need
be
speci~ied
fo~
<name 2>
as
in
the following example:
BINEX
TESTPROG, :
1
which will
c~eatg
the Pile TESTPROG.LX on logical unit one.
If
the rile to be converted happens to reside on a drive
o
the
r
t
han z e r
0
I
the nth a
t
u
11
i t
n u m
be,..
wi 1 1
a 1
s o b
e
ttl e
default value
or
the logical unit numbe,.. ro,.. the output Pile.
Thus,
BINEX
TESTPROG:2
will
cr~ate
TESTPROG. LX on drive two.
The last example illustrates the explicit naming
oT
an
output
file
and
input file.
In any case involving default
values of which the
operato~
is
uncertain,
it is always
safe
to explicitly use the rull rile specirications.
For examplel
BINEX TESTPROG.LO:Q,FILEX. LT:O
will
c~eate
FILEX.LT on drive zero.
Page
04-02
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