I don't know if it helps you, but using C I would code the two calls
this way:
rc = THEFUNCTION (&magic, inputbuffer,&inputlength, NULL, NULL);
rc = THEFUNCTION (&magic, inputbuffer,&inputlength, outputbuffer,&outputlength);
Note that the parameters that are probably integers are prefixed with an
ampersand
to pass the addresses.
If it is needed that the 3rd and the 5th address has the high order bit
set,
you can to this in C, too. I would use a macro called HIGHBITON (x), for
example,
which is coded as follows:
#define HIGHBITON(x) (void *)((unsigned int)(x) ! 0x80000000)
So we have
rc = THEFUNCTION (&magic, inputbuffer, HIGHBITON(&inputlength), NULL, NULL);
rc = THEFUNCTION (&magic, inputbuffer,&inputlength, outputbuffer,
HIGHBITON(&outputlength));
The two additional NULL parameters after the 3rd address in the first
case do no harm.
Kind regards
Bernd
Am 10.04.2012 23:11, schrieb Phil Smith:
Steve Comstock wrote:
Slipperier and slipperier. OK, let's try a different approach:
You tell me exactly what you want to see from the PL/I routine calling
your API and I'll see if I can cause PL/I to construct that.
In other words, your routine will see
(R1) -> ????????
rc = THEFUNCTION(magic,inputbuffer,inputlength)
(R1) ==> A(magic),A(inputbuffer),A(inputlength)<== high bit set on the third
fullword
OR (the fully specified case):
rc = THEFUNCTION(magic,inputbuffer,inputlength,outputbuffer,outputlength)
(R1) ==>
A(magic),A(inputbuffer),A(inputlength),A(outputbuffer),A(outputlength)<== high bit
set on the fifth fullword
Pretty standard, yes?
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