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Hi Bill, > D SortMods pr Extpgm('SORTMODS') > D smArrPtr 1 > D smCount 5 0 Const > D smElemLen 5 0 Const > D smNumKeys 3 0 Const > D smKeyPos 5 0 Const > D smKeyLen 5 0 Const > D smKeyType 1 Const > D smKeyDir 1 Const > D smExitCd 1 > > If the prototype is correct, what would the callp look like? Here's what Neither the prototype, not the callp is correct. The prototype is wrong because the smKeyPos, smKeyLen, smKeyType, smKeyDir parameters are supposed to be arrays, and you don't have them defined as arrays. Also, the smArrPtr is not supposed to be a pointer, but rather the start of your MODS passed by reference. It should be defined to be the size of your MODS, but since that can vary, I just prototype it as a very large string, and use options(*varsize) to allow the size to vary. Instead, it should look like this: D SortMods pr Extpgm('SORTMODS') D smArrPtr 32767A options(*varsize) D smCount 5 0 Const D smElemLen 5 0 Const D smNumKeys 3 0 Const D smKeyPos 5 0 Const D dim(32767) options(*varsize) D smKeyLen 5 0 Const D dim(32767) options(*varsize) D smKeyType 1 Const D dim(32767) options(*varsize) D smKeyDir 1 Const D dim(32767) options(*varsize) D smExitCd 1 The reason that I used dim(32767) is to allow as many array elements as you like to be passed to the program. The options(*varsize) parameter allows you to pass fewer elements than 32767, since you won't usually need that many keys :) Now the callp statement: > CallP SortMods (%Addr(arrDtOrd) : x : %Size(arrDtOrd) : > %Size(arrDtOrd) : 1 : 1 : %Size(arrDODte) : 'A' : > 'A' : cExitCd ) ; The %addr() does not make sense here. The system will automatically pass the address of arrDtOrd, you don't have to tell it to. The way you've got it coded would work if the prototype received a pointer by value, but you can't pass parameters by value to a program, you can only use that technique with subprocedures. Instead, just pass arrDtOrd itself: SortMods (arrDtOrd : . . .
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