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SigUtils.cpp
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SigUtils.cpp
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// SigUtils.cpp: implementation of the SigUtils classes.
//
// 051012
//
//////////////////////////////////////////////////////////////////////
#include "stdafx.h"
#include "SigUtils.h"
#include "math.h"
#include "FixedCoSin.h"
int IPOW(int x, int n) {return (!n)?1:(n&1)?x*IPOW(x,n-1):IPOW(x*x,n>>1);}
int SQRT(int n) {int r=0,b,t; b=(n>=0x10000)?1<<30:1<<14; do{t=r+b; if(n>=t){n-=t; r=t+b;} r>>=1; b>>=2;}while(b); return r;}
int HASH(const char* c, int s){return (*c!=0)?HASH(c+1,s+1)+(((*c|0x20)-'a'+1)*IPOW(26,s)): 0; }
/*--- START FUNCTION HEADER --------------------------------------------------*/
/* Name : */
/* Role : */
/* Type : public */
/* Interface : RETURN (direct value) */
/* None */
/* OUTPUT (pointer to value) */
/* None */
/* INPUT (pointer to value, direct/default value) */
/* None */
/* Pre-condition : None */
/* Constraints : Sets the default values to */
/* Behavior : */
/*----------------------------------------------------------------------------*/
/* PROC */
/* */
/* A..... */
/*----------------------------------------------------------------------------*/
/*--- END FUNCTION HEADER ----------------------------------------------------*/
int ANGLE
( int i_nXd // Point 1
, int i_nYd
, int i_nXf // Point 2
, int i_nYf
)
{
int l_nDifX = (i_nXf - i_nXd) << 4;
int l_nDifY = (i_nYf - i_nYd) << 4;
int l_nNorm = SQRT(IPOW(l_nDifX, 2) + IPOW(l_nDifY, 2));
short l_nSinA = (l_nDifY << 13) / l_nNorm;
short l_nCosA = (l_nDifX << 13) / l_nNorm;
short l_nMin;
short l_nMed;
short l_nMax;
//
l_nSinA -= (l_nCosA < 0)? 1 : 0; // Make sure Sin is negative even at 180 degrees
l_nMin = 1; // Start at quadrant 1
l_nMin += ((l_nSinA * l_nCosA) < 0)? 1 : 0; // Even quadrant (quadrant 2/4)
l_nMin += ( l_nSinA < 0)? 2 : 0; // If more than 180 degrees, switch to quadrants 3-4
l_nMin <<= 8;
l_nMax = l_nMin + 256 + 1; // LE +1 QUI FAIT LA DIFFERENCE : SANS CA, PAS DE BRAS, PAS DE CHOCOLAT !
if(l_nSinA < 0)
{ // INC
while(l_nMax > (l_nMin + 1))
{ // Enfin une routine dicho qui marche :)
l_nMed = (l_nMin + l_nMax) / 2;
if(g_panCOSIN[l_nMed] > l_nCosA)
{
l_nMax = l_nMed;
}
else
{
l_nMin = l_nMed;
}
}
}
else
{ // DEC
while(l_nMax > (l_nMin + 1))
{ // Enfin une routine dicho qui marche :)
l_nMed = (l_nMin + l_nMax) / 2;
if(g_panCOSIN[l_nMed] < l_nCosA)
{
l_nMax = l_nMed;
}
else
{
l_nMin = l_nMed;
}
}
}
return (((l_nMax - 256) * 360) >> 10) % 360; // Use l_nMax (l_nMin + 1)
}
/*--- START FUNCTION HEADER --------------------------------------------------*/
/* Name : */
/* Role : */
/* Type : public */
/* Interface : RETURN (direct value) */
/* None */
/* OUTPUT (pointer to value) */
/* None */
/* INPUT (pointer to value, direct/default value) */
/* None */
/* Pre-condition : None */
/* Constraints : Sets the default values to */
/* Behavior : */
/*----------------------------------------------------------------------------*/
/* PROC */
/* */
/* A..... */
/*----------------------------------------------------------------------------*/
/*--- END FUNCTION HEADER ----------------------------------------------------*/
double ATOD
( const char* i_poNumber
, BOOL i_bStopOnError // = FALSE
)
{
double l_nInt = 0.0;
double l_nRea = 1.0; // Divisor
double l_nExp = 0.0;
BOOL l_bIntNeg = FALSE;
BOOL l_bExpNeg = FALSE;
//
// +0123.456e-0789.0
// A B CD EF G HI
if(i_poNumber != NULL)
{
if(*i_poNumber != 0)
{
while
( // Search ABCE
(*i_poNumber != 0)
&& (*i_poNumber != '+') // A
&& (*i_poNumber != '-') // A
&& ((*i_poNumber < '1') || (*i_poNumber > '9')) // B : '1' avoid heading '0'
&& (*i_poNumber != '.') // C
&& ((*i_poNumber|0x20) != 'e') // E
)
{ // Skip things such spaces and heading '0'
i_poNumber += 1;
}
if(*i_poNumber == '-')
{ // Îf A : +(0123.456e-0789.0)
l_bIntNeg = TRUE;
i_poNumber += 1;
}
else{}
while
( // Search BCE
(*i_poNumber != 0)
&& ((*i_poNumber < '1') || (*i_poNumber > '9')) // B : '1' avoid heading '0'
&& (*i_poNumber != '.') // C
&& ((*i_poNumber|0x20) != 'e') // E
)
{ // Should only skip heading '0'
i_poNumber += 1;
}
while
( // While B : 123(.456e-0789.0)
(*i_poNumber != 0)
&& (*i_poNumber >= '0') // Includes '0'
&& (*i_poNumber <= '9')
)
{
l_nInt *= 10.0;
l_nInt += (*i_poNumber - '0');
i_poNumber += 1;
}
if(*i_poNumber == '.')
{ // If C : .(456e-0789.0)
i_poNumber += 1;
while
( // While D : 456(e-0789.0)
(*i_poNumber != 0)
&& (*i_poNumber >= '0') // Includes '0'
&& (*i_poNumber <= '9')
)
{
l_nRea /= 10.0;
l_nInt += ((*i_poNumber - '0') * l_nRea);
i_poNumber += 1;
}
}
else{}
if((*i_poNumber|0x20) == 'e')
{ // Îf E : e(-0789.0)
i_poNumber += 1; // Skip E
if(*i_poNumber == '-')
{ // Îf F : -(0789.0)
l_bExpNeg = TRUE;
i_poNumber += 1;
}
else{}
while
( // Search GH
(*i_poNumber != 0)
&& ((*i_poNumber < '1') || (*i_poNumber > '9')) // G : '1' avoid heading '0'
&& (*i_poNumber != '.') // H
)
{ // Should only skip heading '0'
i_poNumber += 1;
}
while
( // While G : 789(.0)
(*i_poNumber != 0)
&& (*i_poNumber >= '0') // Includes '0'
&& (*i_poNumber <= '9')
)
{
l_nExp *= 10.0;
l_nExp += (*i_poNumber - '0');
i_poNumber += 1;
}
if(*i_poNumber == '.')
{ // Îf H : .(0)
l_nRea = 1.0; // Reset divisor
i_poNumber += 1;
}
else{}
while
( // While I : 0
(*i_poNumber != 0)
&& (*i_poNumber >= '0') // Includes '0'
&& (*i_poNumber <= '9')
)
{
l_nRea /= 10.0;
l_nExp += ((*i_poNumber - '0') * l_nRea);
i_poNumber += 1;
}
}
else{}
}
else{}
if
(
(i_bStopOnError == TRUE)
&& (*i_poNumber != 0)
)
{
return 0.0; // Gonna sleeping
}
else
{ // If string finished, then it is valid ;)
return (double)
(
l_nInt // Number
* (l_bIntNeg ? (-1.0) : (+1.0)) // Sign
* pow // Exponent
( 10.0
, l_nExp
* (l_bExpNeg ? (-1.0) : (+1.0))
)
);
}
}
else
{
return 0.0;
}
}
/*--- START FUNCTION HEADER --------------------------------------------------*/
/* Name : */
/* Role : */
/* Type : public */
/* Interface : RETURN (direct value) */
/* None */
/* OUTPUT (pointer to value) */
/* None */
/* INPUT (pointer to value, direct/default value) */
/* None */
/* Pre-condition : None */
/* Constraints : Sets the default values to */
/* Behavior : */
/*----------------------------------------------------------------------------*/
/* PROC */
/* */
/* A..... */
/*----------------------------------------------------------------------------*/
/*--- END FUNCTION HEADER ----------------------------------------------------*/
int ATOL
( const char* i_poNumber
, BOOL i_bStopOnError // = FALSE
)
{
int l_nInt = 0;
int l_nRea = 0;
int l_nExp = 0;
int l_nRdn = 1; // Multiplicator
BOOL l_bIntNeg = FALSE;
BOOL l_bExpNeg = FALSE;
//
// +0123.456e-0789.0
// A B CD EF G HI
if(i_poNumber != NULL)
{
if(*i_poNumber != 0)
{
while
( // Search ABCE
(*i_poNumber != 0)
&& (*i_poNumber != '+') // A
&& (*i_poNumber != '-') // A
&& ((*i_poNumber < '1') || (*i_poNumber > '9')) // B : '1' avoid heading '0'
&& (*i_poNumber != '.') // C
&& ((*i_poNumber|0x20) != 'e') // E
)
{ // Skip things such spaces and heading '0'
i_poNumber += 1;
}
if(*i_poNumber == '-')
{ // Îf A : +(0123.456e-0789.0)
l_bIntNeg = TRUE;
i_poNumber += 1;
}
else{}
while
( // Search BCE
(*i_poNumber != 0)
&& ((*i_poNumber < '1') || (*i_poNumber > '9')) // B : '1' avoid heading '0'
&& (*i_poNumber != '.') // C
&& ((*i_poNumber|0x20) != 'e') // E
)
{ // Should only skip heading '0'
i_poNumber += 1;
}
while
( // While B : 123(.456e-0789.0)
(*i_poNumber != 0)
&& (*i_poNumber >= '0') // Includes '0'
&& (*i_poNumber <= '9')
)
{
l_nInt *= 10;
l_nInt += (*i_poNumber - '0');
i_poNumber += 1;
}
if(*i_poNumber == '.')
{ // If C : .(456e-0789.0)
i_poNumber += 1;
while
( // While D : 456(e-0789.0)
(*i_poNumber != 0)
&& (*i_poNumber >= '0') // Includes '0'
&& (*i_poNumber <= '9')
)
{
l_nRea *= 10;
l_nRea += (*i_poNumber - '0');
l_nRdn *= 10;
i_poNumber += 1;
}
}
else{}
if((*i_poNumber|0x20) == 'e')
{ // Îf E : e(-0789.0)
i_poNumber += 1; // Skip E
if(*i_poNumber == '-')
{ // Îf F : -(0789.0)
l_bExpNeg = TRUE;
i_poNumber += 1;
}
else{}
while
( // Search GH
(*i_poNumber != 0)
&& ((*i_poNumber < '1') || (*i_poNumber > '9')) // G : '1' avoid heading '0'
&& (*i_poNumber != '.') // H
)
{ // Should only skip heading '0'
i_poNumber += 1;
}
while
( // While G : 789(.0)
(*i_poNumber != 0)
&& (*i_poNumber >= '0') // Includes '0'
&& (*i_poNumber <= '9')
)
{
l_nExp *= 10;
l_nExp += (*i_poNumber - '0');
i_poNumber += 1;
}
}
else{}
}
else{}
if
(
(i_bStopOnError == TRUE)
&& (*i_poNumber != 0)
)
{
return 0; // Gonna sleeping
}
else
{ // If string finished, then it is valid ;)
int l_nReturn
= l_nInt // Number
* l_nRdn
+ l_nRea
;
if(l_bExpNeg == TRUE)
{
while(l_nExp > 0)
{
l_nReturn /= 10;
l_nExp -= 1;
}
}
else
{
while(l_nExp > 0)
{
l_nReturn *= 10;
l_nExp -= 1;
}
}
return (int) (l_nReturn / l_nRdn) * ((l_bIntNeg ? (-1) : (+1)));
}
}
else
{
return 0;
}
}
/*--- START FUNCTION HEADER --------------------------------------------------*/
/* Name : */
/* Role : */
/* Type : public */
/* Interface : RETURN (direct value) */
/* None */
/* OUTPUT (pointer to value) */
/* None */
/* INPUT (pointer to value, direct/default value) */
/* None */
/* Pre-condition : None */
/* Constraints : Sets the default values to */
/* Behavior : */
/*----------------------------------------------------------------------------*/
/* PROC */
/* */
/* A..... */
/*----------------------------------------------------------------------------*/
/*--- END FUNCTION HEADER ----------------------------------------------------*/
int ATOI
( const char* i_poNumber
, BOOL i_bStopOnError // = FALSE
)
{
int l_nInt = 0;
BOOL l_bIntNeg = FALSE;
const char* l_panTruc = i_poNumber;
//
// +0123
// A B
if(i_poNumber != NULL)
{
if(*i_poNumber != 0)
{
while
( // Search AB
(*i_poNumber != 0)
&& (*i_poNumber != '+') // A
&& (*i_poNumber != '-') // A
&& ((*i_poNumber < '1') || (*i_poNumber > '9')) // B : '1' avoid heading '0'
)
{ // Skip things such spaces and heading '0'
i_poNumber += 1;
}
if(*i_poNumber == '-')
{ // Îf A : +(0123)
l_bIntNeg = TRUE;
i_poNumber += 1;
}
else{}
while
( // Search B
(*i_poNumber != 0)
&& ((*i_poNumber < '1') || (*i_poNumber > '9')) // B : '1' avoid heading '0'
)
{ // Should only skip heading '0'
i_poNumber += 1;
}
while
( // Îf B : 123()
(*i_poNumber != 0)
&& (*i_poNumber >= '0') // Includes '0'
&& (*i_poNumber <= '9')
)
{
l_nInt *= 10;
l_nInt += (*i_poNumber - '0');
i_poNumber += 1;
}
}
else{}
if
(
(i_bStopOnError == TRUE)
&& (*i_poNumber != 0)
)
{
return 0; // Gonna sleeping
}
else
{ // If string finished, then it is valid ;)
return (int)
(
l_nInt // Number
) * (l_bIntNeg ? (-1) : (+1)); // Sign
}
}
else
{
return 0;
}
}
/*--- START FUNCTION HEADER --------------------------------------------------*/
/* Name : */
/* Role : */
/* Type : public */
/* Interface : RETURN (direct value) */
/* None */
/* OUTPUT (pointer to value) */
/* None */
/* INPUT (pointer to value, direct/default value) */
/* None */
/* Pre-condition : None */
/* Constraints : Sets the default values to */
/* Behavior : */
/*----------------------------------------------------------------------------*/
/* PROC */
/* */
/* A..... */
/*----------------------------------------------------------------------------*/
/*--- END FUNCTION HEADER ----------------------------------------------------*/
int ATOH
( const char* i_poNumber
, BOOL i_bStopOnError // = FALSE
)
{
int l_nInt = 0;
BOOL l_bIntNeg = FALSE;
BOOL l_bIntDec = FALSE;
BOOL l_bIntHex = FALSE;
const char* l_panTruc = i_poNumber;
//
// +0123ABC
// A B
if(i_poNumber != NULL)
{
if(*i_poNumber != 0)
{
while
( // Search AB
(*i_poNumber != 0)
&& (*i_poNumber != '+') // A
&& (*i_poNumber != '-') // A
&& ((*i_poNumber < '1') || (*i_poNumber > '9')) // B : '1' avoid heading '0'
&& (((*i_poNumber|0x20) < 'a') || ((*i_poNumber|0x20) > 'f')) // B : hexadecimal digits
)
{ // Skip things such spaces and heading '0'
i_poNumber += 1;
}
if(*i_poNumber == '-')
{ // Îf A : +(0123ABC)
l_bIntNeg = TRUE;
i_poNumber += 1;
}
else{}
while
( // Search B
(*i_poNumber != 0)
&& ((*i_poNumber < '1') || (*i_poNumber > '9')) // B : '1' avoid heading '0'
&& (((*i_poNumber|0x20) < 'a') || ((*i_poNumber|0x20) > 'f')) // B : hexadecimal digits
)
{ // Should only skip heading '0'
i_poNumber += 1;
}
while
( // Îf B : 123ABC()
(*i_poNumber != 0)
&& ((l_bIntDec = ((*i_poNumber >= '0') && (*i_poNumber <= '9'))) == TRUE)
|| ((l_bIntHex = (((*i_poNumber|0x20) >= 'a') && ((*i_poNumber|0x20) <= 'f'))) == TRUE)
)
{
l_nInt <<= 4;
if(l_bIntDec == TRUE)
{ // Decimal
l_nInt += (*i_poNumber - '0');
}
else
{ // Hexadecimal
l_nInt += ((*i_poNumber | 0x20) - 'a' + 10);
}
i_poNumber += 1;
}
}
else{}
if
(
(i_bStopOnError == TRUE)
&& (*i_poNumber != 0)
)
{
return 0; // Gonna sleeping
}
else
{ // If string finished, then it is valid ;)
return (int)
(
l_nInt // Number
) * (l_bIntNeg ? (-1) : (+1)); // Sign
}
}
else
{
return 0;
}
}
//#define dRACC_DICHO
//#define dRACC_LOOKUP
#if defined(dRACC_DICHO) && defined(dRACC_LOOKUP)
char g_anAccent[] = "ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ";
#endif // (dRACC_DICHO && dRACC_LOOKUP)
char g_anNormal[] = "AAAAAAACEEEEIIIIDNOOOOOXOUUUUYPBaaaaaaaceeeeiiiidnoooooxouuuuypy";
/*--- START FUNCTION HEADER --------------------------------------------------*/
/* Name : */
/* Role : */
/* Type : public */
/* Interface : RETURN (direct value) */
/* None */
/* OUTPUT (pointer to value) */
/* None */
/* INPUT (pointer to value, direct/default value) */
/* None */
/* Pre-condition : None */
/* Constraints : Sets the default values to */
/* Behavior : */
/*----------------------------------------------------------------------------*/
/* PROC */
/* */
/* A..... */
/*----------------------------------------------------------------------------*/
/*--- END FUNCTION HEADER ----------------------------------------------------*/
#ifdef dRACC_DICHO
char DICHO
( char i_nMin
, char i_nMax
, char i_nTst
#ifdef dRACC_LOOKUP
, char* i_panTable
#endif // dRACC_LOOKUP
)
{
register char l_nMin;
register char l_nMed;
register char l_nMax;
//
l_nMin = i_nMin;
l_nMax = i_nMax + 1; // LE +1 QUI FAIT LA DIFFERENCE : SANS CA, PAS DE BRAS, PAS DE CHOCOLAT !
while(l_nMax > (l_nMin + 1))
{ // Enfin une routine dicho qui marche :)
l_nMed = (l_nMin + l_nMax) >> 1;
#ifdef dRACC_LOOKUP
if(i_panTable[l_nMed - i_nMin] > i_nTst) // Look-up table, un peu lent mais nécessaire sur les plages non contigus
#else
if(l_nMed > i_nTst) // Les caractères sont contigus, l_nMed représente déjà le caractère de référence
#endif // dRACC_LOOKUP
{
l_nMax = l_nMed;
}
else
{
l_nMin = l_nMed;
}
}
return l_nMin;
}
#endif // dRACC_DICHO
/*--- START FUNCTION HEADER --------------------------------------------------*/
/* Name : */
/* Role : */
/* Type : public */
/* Interface : RETURN (direct value) */
/* None */
/* OUTPUT (pointer to value) */
/* None */
/* INPUT (pointer to value, direct/default value) */
/* None */
/* Pre-condition : None */
/* Constraints : Sets the default values to */
/* Behavior : */
/*----------------------------------------------------------------------------*/
/* PROC */
/* */
/* A..... */
/*----------------------------------------------------------------------------*/
/*--- END FUNCTION HEADER ----------------------------------------------------*/
char* RACC(char* io_panString, BOOL i_bLower)
{ // Enlève les accents (et passe en minuscule) : ATTENTION - TRES RAPIDE !
register char l_nChr = *io_panString;
char* l_panString = io_panString;
while(l_nChr != 0)
{
if
(
(l_nChr >= 'À') // -64 / 192
&& (l_nChr <= 'ÿ') // -1 / 255
)
{ // Si c'est dans la plage internationale
#ifdef dRACC_DICHO
*io_panString
= g_anNormal
[ DICHO
( 'À'
, 'ÿ'
, *io_panString
#ifdef dRACC_LOOKUP
, g_anAccent
#endif // dRACC_LOOKUP
)
- 'À'
]
;
#else
// On récupère direct dans la table, vu qu'elle est contigue :)
*io_panString = g_anNormal[*io_panString - 'À'];
#endif // dRACC_DICHO
if(i_bLower == TRUE)
{ // On retourne le caractère non accentué
*io_panString |= 0x20;
}
else{}
}
else
{
if
(
(i_bLower == TRUE)
&& (l_nChr >= 'A')
&& (l_nChr <= 'Z')
)
{ // Si c'est une lettre majuscule et que l'on passe en minuscule
l_nChr |= 0x20;
*io_panString = l_nChr;
}
else{}
}
io_panString += 1; // Caractère suivant
l_nChr = *io_panString;
}
return l_panString;
}
// === COMPARAISON DE CHAINE ==========================================================================================
/*--- START FUNCTION HEADER --------------------------------------------------*/
/* Name : */
/* Role : */
/* Type : public */
/* Interface : RETURN (direct value) */
/* None */
/* OUTPUT (pointer to value) */
/* None */
/* INPUT (pointer to value, direct/default value) */
/* None */
/* Pre-condition : None */
/* Constraints : Sets the default values to */
/* Behavior : */
/*----------------------------------------------------------------------------*/
/* PROC */
/* */
/* A..... */
/*----------------------------------------------------------------------------*/
/*--- END FUNCTION HEADER ----------------------------------------------------*/
char SCMP
( const char* i_panString
, const char* i_panCompare
#ifdef EXTENDCMP
, BOOL i_bLower // = FALSE
, BOOL i_bAccent // = FALSE
#endif // EXTENDCMP
, int i_nCharToCompare // = 0
)
{
#ifdef EXTENDCMP
register char l_nString = 0;
register char l_nCompare = 0;
#endif // EXTENDCMP
while
(
(i_nCharToCompare > 0)
// && (*i_panString != 0)
// && (*i_panCompare != 0)
)
{
#ifdef EXTENDCMP
l_nString = *i_panString;
l_nCompare = *i_panCompare;
if(i_bAccent == TRUE)
{
if
(
(l_nString >= 'À') // -64 / 192
&& (l_nString <= 'ÿ') // -1 / 255
)
{
#ifdef dRACC_DICHO
l_nString
= g_anNormal
[ DICHO
( 'À'
, 'ÿ'
, l_nString
#ifdef dRACC_LOOKUP
, g_anAccent
#endif // dRACC_LOOKUP
)
- 'À'
]
;
#else
// On récupère direct dans la table, vu qu'elle est contigue :)
l_nString = g_anNormal[l_nString - 'À'];
#endif // dRACC_DICHO
}
else{}
if
(
(l_nCompare >= 'À') // -64 / 192
&& (l_nCompare <= 'ÿ') // -1 / 255
)
{
#ifdef dRACC_DICHO
l_nCompare
= g_anNormal
[ DICHO
( 'À'
, 'ÿ'
, l_nCompare
#ifdef dRACC_LOOKUP
, g_anAccent
#endif // dRACC_LOOKUP
)
- 'À'
]
;
#else
// On récupère direct dans la table, vu qu'elle est contigue :)
l_nCompare = g_anNormal[l_nCompare - 'À'];
#endif // dRACC_DICHO
}
else{}
}
else{}
if(i_bLower == TRUE)
{
if
(
(l_nString >= 'A')
&& (l_nString <= 'Z')
)
{
l_nString |= 0x20;
}
else{}
if
(
(l_nCompare >= 'A')
&& (l_nCompare <= 'Z')
)
{
l_nCompare |= 0x20;
}
else{}
}
else{}
if(l_nString != l_nCompare)
#else
if(*i_panString != *i_panCompare)
#endif // EXTENDCMP
{ // Different, quit testing any further
break;
}
else{}
i_panString += 1;
i_panCompare += 1;
i_nCharToCompare -= 1;
}
#ifdef EXTENDCMP
return l_nString - l_nCompare;
#else
return (*i_panString - *i_panCompare);
#endif // EXTENDCMP
}
/*--- START FUNCTION HEADER --------------------------------------------------*/
/* Name : */
/* Role : */
/* Type : public */
/* Interface : RETURN (direct value) */
/* None */
/* OUTPUT (pointer to value) */
/* None */
/* INPUT (pointer to value, direct/default value) */
/* None */
/* Pre-condition : None */
/* Constraints : Sets the default values to */
/* Behavior : */
/*----------------------------------------------------------------------------*/
/* PROC */
/* */
/* A..... */
/*----------------------------------------------------------------------------*/
/*--- END FUNCTION HEADER ----------------------------------------------------*/
BOOL WCMP
( char* i_panWild
, char* i_panString
#ifdef EXTENDCMP
, BOOL i_bLower // = FALSE
, BOOL i_bAccent // = FALSE