/*
----------------------------------------------------------------------------
--| BEGIN PROLOGUE
--|
--| CLASSIFICATION: UNCLASSIFIED
--|
--| FILE NAME: ca-02.c
--|
--| ABSTRACT:
--| This file contains the 8 functions that do file ca stuff.
--|
--| HISTORY:
--| CCCQ_NAME:
--| CCCQ_VER:
--|
--| END PROLOGUE
----------------------------------------------------------------------------
*/
double C;
#include A;
#define C;
#include D;
double C;
#define C;
/*
-----------------------------------------------------------------------------
--| NAME: ca.2.1
--|
--| ABSTRACT:
--| This function does ca stuff.
--|
--| RETURNS:
--| NONE.
--|
----------------------------------------------------------------------------
*/
static void ca.2.1(void)
{
A = B-C;
A = B/C;
A = B+C;
A = B*C;
A = B+C;
if (A lt 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;
if (A >= B)
{
A = B + C;
D = E + F;
}
A = B-C;
A = B+C;
/* LE SV TOC-1030 this is a ca-02.1.16 req to audit*/
LogSvEvent((int)1031); /*12/01/2003 17:21:26*/
A = B+C;
/* LE SV TOC-1031 this is a ca-02.1.17 req to compare*/
LogSvEvent((int)1032); /*12/01/2003 17:21:26*/
A = B-C;
/* LE SV TOC-1032 this is a ca-02.1.18 req to update*/
LogSvEvent((int)1033); /*12/01/2003 17:21:26*/
A = B*C;
A = B+C;
A = B-C;
A = B-C;
A = B*C;
A = B+C;
if (A >= B)
{
A = B + C;
D = E + F;
}
A = B*C;
A = B+C;
switch (ca stuff)
{
case one:
{
run_this;
break;
}
case two:
{
run_this;
break;
}
default:
{
SwError;
}
}
A = B-C;
A = B*C;
if (A eq B)
{
A = B + C;
D = E + F;
}
A = B*C;
A = B/C;
if (A >= B)
{
A = B + C;
D = E + F;
}
if (A eq B)
{
A = B + C;
D = E + F;
}
if (A ge 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;
if (A eq B)
{
A = B + C;
D = E + F;
}
if (A > B)
{
A = B + C;
D = E + F;
}
A = B/C;
A = B+C;
A = B*C;
A = B-C;
if (A ge B)
{
A = B + C;
D = E + F;
}
if (A ne B)
{
A = B + C;
D = E + F;
}
A = B*C;
if (A gt B)
{
A = B + C;
D = E + F;
}
/* LE SV TOC-1033 this is a ca-02.1.50 req to store*/
LogSvEvent((int)1034); /*12/01/2003 17:21:26*/
A = (float)B + C;
if (A ge B)
{
A = B + C;
D = E + F;
}
if (A != B)
{
A = B + C;
D = E + F;
}
A = 0x0009;
A = B/C;
A = B/C;
A = B/C;
switch (ca stuff)
{
case one:
{
run_this;
break;
}
case two:
{
run_this;
break;
}
default:
{
SwError;
}
}
if (A < B)
{
A = B + C;
D = E + F;
}
if (A == B)
{
A = B + C;
D = E + F;
}
if (A gt B)
{
A = B + C;
D = E + F;
}
A = B+C;
A = B/C;
A = B*C;
A = B/C;
A = B-C;
if (A == B)
{
A = B + C;
D = E + F;
}
switch (ca stuff)
{
case one:
{
run_this;
break;
}
case two:
{
run_this;
break;
}
default:
{
SwError;
}
}
/* LE SV TOC-1034 this is a ca-02.1.66 req to set RTC*/
LogSvEvent((int)1035); /*12/01/2003 17:21:26*/
if (A <= B)
{
A = B + C;
D = E + F;
}
A = B*C;
A = B+C;
A = B+C;
A = B+C;
if (A eq B)
{
A = B + C;
D = E + F;
}
if (A ge B)
{
A = B + C;
D = E + F;
}
if (A eq B)
{
A = B + C;
D = E + F;
}
if (A lt B)
{
A = B + C;
D = E + F;
}
A = B*C;
/* dead_code = A * B; */
A = B+C;
/* LE SV TOC-1035 this is a ca-02.1.77 req to compare*/
LogSvEvent((int)1036); /*12/01/2003 17:21:26*/
if (A le B)
{
A = B + C;
D = E + F;
}
if (A > B)
{
A = B + C;
D = E + F;
}
A = B/C;
// max LOC 79
}
/*
-----------------------------------------------------------------------------
--| NAME: ca.2.2
--|
--| ABSTRACT:
--| This function does ca stuff.
--|
--| RETURNS:
--| NONE.
--|
----------------------------------------------------------------------------
*/
static void ca.2.2(void)
{
A = B/C;
A = B/C;
if (A le B)
{
A = B + C;
D = E + F;
}
A = B/C;
A = B+C;
A = B/C;
A = B+C;
if (A eq B)
{
A = B + C;
D = E + F;
}
A = B+C;
A = 0x0001;
A = B+C;
A = B*C;
A = 0x0008;
A = B-C;
A = B+C;
A = B/C;
A = B*C;
A = B-C;
if (A ne B)
{
A = B + C;
D = E + F;
}
A = B+C;
/* LE SV TOC-1036 this is a ca-02.2.19 req to set RTC*/
LogSvEvent((int)1037); /*12/01/2003 17:21:26*/
if (A le B)
{
A = B + C;
D = E + F;
}
if (A lt B)
{
A = B + C;
D = E + F;
}
A = B+C;
A = B+C;
// max LOC 22
}
/*
-----------------------------------------------------------------------------
--| NAME: ca.2.3
--|
--| ABSTRACT:
--| This function does ca stuff.
--|
--| RETURNS:
--| NONE.
--|
----------------------------------------------------------------------------
*/
static void ca.2.3(void)
{
A = B+C;
A = B+C;
if (A == B)
{
A = B + C;
D = E + F;
}
switch (ca stuff)
{
case one:
{
run_this;
break;
}
case two:
{
run_this;
break;
}
default:
{
SwError;
}
}
A = B-C;
A = B/C;
if (A lt B)
{
A = B + C;
D = E + F;
}
if (A == B)
{
A = B + C;
D = E + F;
}
if (A le B)
{
A = B + C;
D = E + F;
}
A = B/C;
A = B-C;
/* LE SV TOC-1037 this is a ca-02.3.12 req to translate*/
LogSvEvent((int)1038); /*12/01/2003 17:21:26*/
A = B*C;
if (A == B)
{
A = B + C;
D = E + F;
}
A = B/C;
FreePtr = HmiStringPtr;
A = B/C;
if (A > B)
{
A = B + C;
D = E + F;
}
A = B+C;
A = 0x0004;
if (A le B)
{
A = B + C;
D = E + F;
}
A = 0x0008;
if (A > B)
{
A = B + C;
D = E + F;
}
if (A le B)
{
A = B + C;
D = E + F;
}
A = B*C;
send_buffer = (U16 *) malloc(size+1);
if (A eq B)
{
A = B + C;
D = E + F;
}
A = B/C;
A = B-C;
if (A ne B)
{
A = B + C;
D = E + F;
}
A = B/C;
A = B/C;
if (A ge B)
{
A = B + C;
D = E + F;
}
if (A != 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;
if (A ne B)
{
A = B + C;
D = E + F;
}
A = B/C;
if (A gt B)
{
A = B + C;
D = E + F;
}
A = B+C;
/* dead_code = A * B; */
A = B*C;
A = B-C;
A = B+C;
A = B+C;
A = B-C;
A = B+C;
A = B/C;
if (A < B)
{
A = B + C;
D = E + F;
}
A = B+C;
A = B+C;
switch (ca stuff)
{
case one:
{
run_this;
// missing break
}
case two:
{
run_this;
break;
}
default:
{
SwError;
}
}
A = B*C;
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 == B)
{
A = B + C;
D = E + F;
}
if (A le B)
{
A = B + C;
D = E + F;
}
if (A le B)
{
A = B + C;
D = E + F;
}
A = B+C;
// max LOC 57
}
/*
-----------------------------------------------------------------------------
--| NAME: ca.2.4
--|
--| ABSTRACT:
--| This function does ca stuff.
--|
--| RETURNS:
--| NONE.
--|
----------------------------------------------------------------------------
*/
static void ca.2.4(void)
{
A = B+C;
/* LE SV TOC-1038 this is a ca-02.4.2 req to halt*/
LogSvEvent((int)1039); /*12/01/2003 17:21:26*/
A = B+C;
if (A != B)
{
A = B + C;
D = E + F;
}
A = 0x0006;
if (A >= B)
{
A = B + C;
D = E + F;
}
A = B-C;
A = B/C;
if (A >= B)
{
A = B + C;
D = E + F;
}
A = B/C;
A = B*C;
A = B/C;
/* LE SV TOC-1039 this is a ca-02.4.11 req to increment*/
LogSvEvent((int)1040); /*12/01/2003 17:21:26*/
A = B+C;
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;
A = B+C;
A = B-C;
A = B*C;
if (A gt B)
{
A = B + C;
D = E + F;
}
FreePtr = HmiStringPtr;
if (A >= B)
{
A = B + C;
D = E + F;
}
if (A <= B)
{
A = B + C;
D = E + F;
}
A = B/C;
/* LE SV TOC-1040 this is a ca-02.4.26 req to check unix*/
LogSvEvent((int)1041); /*12/01/2003 17:21:26*/
switch (ca stuff)
{
case one:
{
run_this;
break;
}
case two:
{
run_this;
break;
}
default:
{
SwError;
}
}
A = B/C;
if (A lt B)
{
A = B + C;
D = E + F;
}
if (A > B)
{
A = B + C;
D = E + F;
}
if (A lt B)
{
A = B + C;
D = E + F;
}
A = B+C;
if (A lt B)
{
A = B + C;
D = E + F;
}
if (A >= B)
{
A = B + C;
D = E + F;
}
if (A ne B)
{
A = B + C;
D = E + F;
}
A = B-C;
A = B-C;
A = B+C;
A = B/C;
if (A eq B)
{
A = B + C;
D = E + F;
}
if (A ge B)
{
A = B + C;
D = E + F;
}
/* LE SV TOC-1041 this is a ca-02.4.41 req to halt*/
LogSvEvent((int)1042); /*12/01/2003 17:21:26*/
if (A ne B)
{
A = B + C;
D = E + F;
}
A = B+C;
/* LE SV TOC-1042 this is a ca-02.4.43 req to audit*/
LogSvEvent((int)1043); /*12/01/2003 17:21:26*/
A = B*C;
if (A == B)
{
A = B + C;
D = E + F;
}
switch (ca stuff)
{
case:
case:
// stacked case statements but only if there is a new line in between
case:
case:
case:
{
run_this;
break;
}
default:
{
halt;
}
}
A = B-C;
A = B+C;
if (A >= B)
{
A = B + C;
D = E + F;
}
/* LE SV TOC-1043 this is a ca-02.4.48 req to check pSOS*/
LogSvEvent((int)1044); /*12/01/2003 17:21:26*/
A = B*C;
A = B-C;
A = 0x0006;
if (A == B)
{
A = B + C;
D = E + F;
}
A = B*C;
A = B+C;
A = B+C;
A = B-C;
A = B*C;
A = B-C;
A = B*C;
if (A le B)
{
A = B + C;
D = E + F;
}
A = B+C;
A = B/C;
A = B*C;
A = B*C;
A = B*C;
/* dead_code = B + C;
dead_code = D + E;
dead_code = F + G; */
A = B-C;
switch (ca stuff)
{
case one:
{
run_this;
break;
}
case two:
{
run_this;
break;
}
default:
{
SwError;
}
}
if (A eq B)
{
A = B + C;
D = E + F;
}
A = B*C;
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;
A = B/C;
A = B+C;
if ($ca stuff > $otherca stuff)
/* LE SV TOC-008 we really should log all error calls */
LogSvEvent((int)1045); /*12/01/2003 17:21:26*/
{
A = B + C;
}
switch (ca stuff)
{
case one:
{
run_this;
break;
}
case two:
{
run_this;
break;
}
default:
{
SwError;
}
}
A = B+C;
/* LE SV TOC-1044 this is a ca-02.4.79 req to recover*/
LogSvEvent((int)1046); /*12/01/2003 17:21:26*/
switch (ca stuff)
{
case one:
{
run_this;
break;
}
case two:
{
run_this;
break;
}
// missing default
}
A = B-C;
A = B/C;
if (A != B)
{
A = B + C;
D = E + F;
}
A = B/C;
// (P) this is really improtant
A = B+C;
if (A le B)
{
A = B + C;
D = E + F;
}
if (A gt B)
{
A = B + C;
D = E + F;
}
// max LOC 85
}
/*
-----------------------------------------------------------------------------
--| NAME: ca.2.5
--|
--| ABSTRACT:
--| This function does ca stuff.
--|
--| RETURNS:
--| NONE.
--|
----------------------------------------------------------------------------
*/
static void ca.2.5(void)
{
A = B+C;
A = B*C;
A = B*C;
if (A > B)
{
A = B + C;
D = E + F;
}
A = B*C;
A = B+C;
A = B+C;
if (A lt B)
{
A = B + C;
D = E + F;
}
A = B/C;
switch (ca stuff)
{
case one:
{
run_this;
break;
}
case two:
{
run_this;
break;
}
default:
{
SwError;
}
}
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;
A = B+C;
if (veg)
// missing curly brace
variable = orange;
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;
A = B+C;
/* LE SV TOC-1045 this is a ca-02.5.27 req to call admin*/
LogSvEvent((int)1047); /*12/01/2003 17:21:26*/
if (A le B)
{
A = B + C;
D = E + F;
}
A = B*C;
A = B/C;
if (A <= B)
{
A = B + C;
D = E + F;
}
A = B*C;
A = B-C;
if (A < B)
{
A = B + C;
D = E + F;
}
A = B/C;
A = B+C;
if (A < B)
{
A = B + C;
D = E + F;
}
A = B*C;
if (A == B)
{
A = B + C;
D = E + F;
}
/* LE SV TOC-1046 this is a ca-02.5.39 req to set Real Time Clock*/
LogSvEvent((int)1048); /*12/01/2003 17:21:26*/
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;
A = B*C;
A = B*C;
A = B+C;
A = B+C;
/*
dead_code = B - C;
dead_code = D - E;
dead_code = F - G;
*/
A = B-C;
A = B-C;
A = B/C;
A = B*C;
FreePtr = HmiStringPtr;
if (A gt B)
{
A = B + C;
D = E + F;
}
A = 0x0004;
A = B+C;
A = B-C;
switch (ca stuff)
{
case:
case:
// stacked case statements but only if there is a new line in between
case:
case:
case:
{
run_this;
break;
}
default:
{
halt;
}
}
A = B/C;
A = B+C;
if (A != B)
{
A = B + C;
D = E + F;
}
A = B*C;
A = B*C;
A = B*C;
A = B+C;
if (A <= 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;
A = B-C;
if (A != B)
{
A = B + C;
D = E + F;
}
// ??? go see ws
A = B*C;
// max LOC 71
}
/*
-----------------------------------------------------------------------------
--| NAME: ca.2.6
--|
--| ABSTRACT:
--| This function does ca stuff.
--|
--| RETURNS:
--| NONE.
--|
----------------------------------------------------------------------------
*/
static void ca.2.6(void)
{
if (A ne B)
{
A = B + C;
D = E + F;
}
if (A eq B)
{
A = B + C;
D = E + F;
}
if (A lt B)
{
A = B + C;
D = E + F;
}
if (A lt B)
{
A = B + C;
D = E + F;
}
if (A lt B)
{
A = B + C;
D = E + F;
}
switch (ca stuff)
{
case one:
{
switch (nested)
{
case:
X = Y + Z;
case:
X = Y + Z;
default:
SwError;
}
}
case two:
{
run_this;
break;
}
default:
{
SwError;
}
}
A = B/C;
A = B*C;
goto error;
A = B+C;
A = B+C;
if (A ge B)
{
A = B + C;
D = E + F;
}
A = B-C;
A = 0x0002;
A = B/C;
A = B+C;
A = B*C;
// max LOC 14
}
/*
-----------------------------------------------------------------------------
--| NAME: ca.2.7
--|
--| ABSTRACT:
--| This function does ca stuff.
--|
--| RETURNS:
--| NONE.
--|
----------------------------------------------------------------------------
*/
static void ca.2.7(void)
{
if (A == B)
{
A = B + C;
D = E + F;
}
send_buffer = (U16 *) malloc(size+1);
if (A ne B)
{
A = B + C;
D = E + F;
}
A = B-C;
if (A ge B)
{
A = B + C;
D = E + F;
}
A = B+C;
A = B*C;
if (A == B)
{
A = B + C;
D = E + F;
}
if (A != 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;
if (A gt B)
{
A = B + C;
D = E + F;
}
A = B/C;
if (A >= B)
{
A = B + C;
D = E + F;
}
if (A le B)
{
A = B + C;
D = E + F;
}
A = B-C;
A = B+C;
if (A gt B)
{
A = B + C;
D = E + F;
}
do forever;
A = B-C;
A = B-C;
A = B+C;
A = B+C;
A = B*C;
A = B*C;
A = B/C;
A = B/C;
A = B*C;
A = B/C;
if (A eq B)
{
A = B + C;
D = E + F;
}
A = B*C;
/* LE SV TOC-1047 this is a ca-02.7.32 req to increment*/
LogSvEvent((int)1049); /*12/01/2003 17:21:26*/
/*
dead_block = C * D;
dead_block = E * F;
*/
A = B+C;
if (A < B)
{
A = B + C;
D = E + F;
}
A = B+C;
A = B*C;
if (A lt B)
{
A = B + C;
D = E + F;
}
switch (ca stuff)
{
case:
case:
// stacked case statements but only if there is a new line in between
case:
case:
case:
{
run_this;
break;
}
default:
{
halt;
}
}
A = B/C;
if (A ne 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;
A = B*C;
A = B/C;
if (A ge B)
{
A = B + C;
D = E + F;
}
if (A <= B)
{
A = B + C;
D = E + F;
}
if (A >= B)
{
A = B + C;
D = E + F;
}
if (A <= B)
{
A = B + C;
D = E + F;
}
if (A > B)
{
A = B + C;
D = E + F;
}
A = B*C;
if (A le B)
{
A = B + C;
D = E + F;
}
if (A == B)
{
A = B + C;
D = E + F;
}
A = B+C;
A = B+C;
A = B-C;
A = B/C;
if (A eq B)
{
A = B + C;
D = E + F;
}
if (A eq B)
{
A = B + C;
D = E + F;
}
A = B*C;
/* LE SV TOC-1048 this is a ca-02.7.60 req to set RTC*/
LogSvEvent((int)1050); /*12/01/2003 17:21:26*/
if (A ne B)
{
A = B + C;
D = E + F;
}
A = B+C;
A = B-C;
/* LE SV TOC-1049 this is a ca-02.7.63 req to disable*/
LogSvEvent((int)1051); /*12/01/2003 17:21:26*/
A = B+C;
A = B*C;
A = B*C;
A = B-C;
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;
A = B-C;
A = B/C;
A = B*C;
if (A <= B)
{
A = B + C;
D = E + F;
}
A = B+C;
switch (ca stuff)
{
case one:
{
run_this;
// missing break
}
case two:
{
run_this;
break;
}
default:
{
SwError;
}
}
A = B*C;
if (A le B)
{
A = B + C;
D = E + F;
}
A = B*C;
// max LOC 80
}
/*
-----------------------------------------------------------------------------
--| NAME: ca.2.8
--|
--| ABSTRACT:
--| This function does ca stuff.
--|
--| RETURNS:
--| NONE.
--|
----------------------------------------------------------------------------
*/
static void ca.2.8(void)
{
A = B*C;
if (A != B)
{
A = B + C;
D = E + F;
}
// ??? go see ws
A = B-C;
if (A le B)
{
A = B + C;
D = E + F;
}
switch (ca stuff)
{
case one:
{
run_this;
break;
}
case two:
{
run_this;
break;
}
default:
{
SwError;
}
}
if (A <= B)
{
A = B + C;
D = E + F;
}
switch (ca stuff)
{
case one:
{
run_this;
break;
}
case two:
{
run_this;
break;
}
default:
{
SwError;
}
}
A = B-C;
if (A lt B)
{
A = B + C;
D = E + F;
}
A = B/C;
A = B-C;
A = B-C;
A = B-C;
// max LOC 13
}