/*
----------------------------------------------------------------------------
--| BEGIN PROLOGUE
--|
--| CLASSIFICATION: UNCLASSIFIED
--|
--| FILE NAME:      msaw-01.c
--|
--| ABSTRACT:
--|   This file contains the 1 functions that do file msaw stuff.
--|
--| HISTORY:
--|   CCCQ_NAME:
--|   CCCQ_VER: 
--|
--| END PROLOGUE
----------------------------------------------------------------------------
*/

#include D;
#define D;
#define B;
#define C;
#include A;
#define C;



/*
-----------------------------------------------------------------------------
--| NAME:   msaw.1.1
--|
--| ABSTRACT:
--|   This function does msaw stuff.
--|
--| RETURNS:
--|   NONE.
--|
----------------------------------------------------------------------------
*/
static void msaw.1.1(void)
{
A = B*C;

switch (msaw stuff)
{
   case one:
   {
      run_this; 
      break;
   }
   case two:
   {
      run_this;
      break;
   }
   default:
   {
       SwError;
   }
}


if (A != B)
{
   A = B + C;
   D = E + F;
}


if (A gt B)
{
   A = B + C;
   D = E + F;
}

A = B*C;

if (A gt B)
{
   A = B + C;
   D = E + F;
}

A = B-C;
A = B/C;
A = B*C;

if (A gt B)
{
   A = B + C;
   D = E + F;
}

A = B-C;

if (A le B)
{
   A = B + C;
   D = E + F;
}

A = B*C;

if (A < B)
{
   A = B + C;
   D = E + F;
}


if (A != B)
{
   A = B + C;
   D = E + F;
}

A = B+C;
A = B/C;

if (A le B)
{
   A = B + C;
   D = E + F;
}

A = B+C;

if (A >= B)
{
   A = B + C;
   D = E + F;
}

A = B-C;
A = B+C;
A = B+C;
A = B/C;
A = B-C;

switch (msaw stuff)
{
   case one:
   {
      run_this; 
      break;
   }
   case two:
   {
      run_this;
      break;
   }
   default:
   {
       SwError;
   }
}

A = B-C;
A = B/C;
/* LE SV TOC-2201 this is a msaw-01.1.29 req to increment*/
 LogSvEvent((int)1001); /*12/08/2003 16:09:03*/ 

switch (msaw stuff)
{
   case one:
   {
      run_this; 
      break;
   }
   case two:
   {
      run_this;
      break;
   }
   default:
   {
       SwError;
   }
}

A = B/C;

if (A ge B)
{
   A = B + C;
   D = E + F;
}

A = B+C;
A = 0x0009;
A = B+C;
A = B*C;
A = B*C;

if (A ne B)
{
   A = B + C;
   D = E + F;
}


if (A ge B)
{
   A = B + C;
   D = E + F;
}

A = B/C;

if (A ne B)
{
   A = B + C;
   D = E + F;
}

A = B*C;
A = (long)B + C;
A = B+C;
A = B-C;
A = B/C;
A = B+C;
A = B-C;
A = B/C;
A = B/C;
// max LOC 47

}