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"Did you really mean to say the above?  If so, give me an   
example.  The PL/I syntax is robust, but the code itself is still   
simple code and can be generated without waving a magic   
wand...."  
 
Yep.  Apparently you missed my point.  As an example try:  
dcl amphere fixed dec (9,4);  
amphere = 2.33 + 6.714 - .004;  
 
Use any handy C, C++, or JAVA compiler.  
 
or:  
 
dcl handy area (9000);  
allocate handy.  
 
or:  
 
dcl simple file record update indexed;  
dcl area1 char(720);  
dcl hump char(6);  
read file(simple) into(area1) key (hump);  
 
The argument doesn't lie in the areas in which they overlap,   
but in the vast areas in which they do not.  I didn't even   
bother to use aggregate operands or logical operators in   
normal expressions.  In fact I didn't offer an example   
manipulating bit strings, or converting characters to bits,   
performing logical operations, and converting the result back   
to character.  The list simply goes on and on and on.  
 
You see IBM replaced the F-level compiler with the optimizing   
compiler.   The OS/2 compiler is a version of the optimizing   
compiler.  You have have only two optimization options: no   
optimization or time optimization.  IBM discovered that time   
optimization optimized space as well.  
 
Actually the inline is a compiler option for PL/I builtin   
functions, which PL/I has instead of requiring a separate   
library.  The compiler recognizes the builtin functions as if it   
had the source for them.  I simply extend this to work with   
any reusable code segments invoked by name on an   
instance-by-instance basis instead of a global option.  
 
 
 
 
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