/* write a string to the diagnostic log file */
void
kcpDiagLog ( KpChar_p string)
{
initializedGlobals_p iGP;
KpChar_t diagName[256];
KpFileId fd;
KpFileProps_t fileProps;
iGP = getInitializedGlobals ();
if (iGP != NULL) {
SetKCPDataDirProps (&fileProps);
#if defined (KPMAC) || defined (KPMSMAC)
strcpy (fileProps.fileType, "TEXT");
strcpy (diagName, iGP->KCPDataDir); /* make the full name */
strcat (diagName, "kcpdiag.log");
#else
strcpy (diagName, "kcpdiag.log");
#endif
if (KpFileOpen (diagName, "a", &fileProps, &fd)) {
KpFileWrite (fd, string, strlen (string));
(void) KpFileClose (fd);
}
}
}
/*--------------------------------------------------------------------
* FUNCTION NAME
* callProgress - Macintosh Version
*
* DESCRIPTION
* This function calls the user's call back function
* must be done as separate subroutine so that progress function
* address is addressed via the A6 stack
*
*--------------------------------------------------------------------*/
static PTErr_t FAR PASCAL
callProgress ( callBack_p callBack,
KpInt32_t percent)
{
initializedGlobals_p iGP;
PTRelay_t relay;
PTErr_t theReturn;
#if defined (KPMACPPC)
long thisA5;
#endif
if (callBack->progressFunc == NULL) {
return KCP_SUCCESS;
}
iGP = getInitializedGlobals ();
if (iGP == NULL) {
return KCP_NO_PROCESS_GLOBAL_MEM;
}
relay = iGP->callBackRelay;
/* do the progress call-back */
#if defined (KPMACPPC)
thisA5 = SetA5 (callBack->gHostA5);
/* PPC or 68K callback code? */
if ( ((UniversalProcPtr)callBack->progressFunc)->goMixedModeTrap == _MixedModeMagic) {
theReturn = (PTErr_t) CallUniversalProc ((UniversalProcPtr)callBack->progressFunc,
uppCallProgressProcInfo, percent);
}
else { /* callback code is 68K */
theReturn = (PTErr_t) CallUniversalProc ((UniversalProcPtr)relay, upprelayProcInfo,
callBack->gHostA5, callBack->gHostA4, callBack->progressFunc, percent);
}
SetA5 (thisA5);
#endif
#if defined (KPMAC68K)
theReturn = (PTErr_t)relay (callBack->gHostA5, callBack->gHostA4, callBack->progressFunc, percent);
#endif
return (theReturn);
}
PTErr_t
PTGetMPState (KpUInt32_p MP_Available, KpUInt32_p MP_Used)
{
initializedGlobals_p iGblP;
#if defined (KCP_MACPPC_MP)
KCPInitializeMP ();
#endif
iGblP = getInitializedGlobals ();
if (iGblP == NULL) {
return KCP_NO_PROCESS_GLOBAL_MEM;
}
*MP_Available = iGblP->numProcessorsAvailable;
*MP_Used = iGblP->numProcessors;
return KCP_SUCCESS;
}
void
saveFut ( fut_p futp,
KpChar_p name)
{
KpFileProps_t fileProps;
KpChar_t fullName[256];
initializedGlobals_p iGP;
SetKCPDataDirProps (&fileProps);
iGP = getInitializedGlobals ();
if (iGP != NULL) {
strcpy (fullName, iGP->KCPDataDir); /* make the full name */
strcat (fullName, name);
makeFutTblDat (futp); /* make the fut data tables */
fut_store_fp (futp, fullName, fileProps);
}
}
PTErr_t
PTSetMPState (KpUInt32_t MP_Used)
{
initializedGlobals_p iGblP;
#if defined (KCP_MACPPC_MP)
KCPInitializeMP ();
#endif
iGblP = getInitializedGlobals ();
if (iGblP == NULL) {
return KCP_NO_PROCESS_GLOBAL_MEM;
}
if (MP_Used > iGblP->numProcessorsAvailable) {
iGblP->numProcessors = iGblP->numProcessorsAvailable; /* limit it to numProcessorsAvailable */
} else if (MP_Used < 1) {
iGblP->numProcessors = 1;
} else {
iGblP->numProcessors = MP_Used;
}
return KCP_SUCCESS;
}