/*
* Routine:
* Purpose:
* Algorithm:
* Data Structures:
*
* Params:
* Returns:
* Called By:
* Calls:
* Assumptions:
* Side Effects:
* TODO: None
*/
int
mk_master(void *pDest, ds_key_t kIndex)
{
static int bInit = 0;
struct S_PURCHASE_TBL *r;
if (pDest == NULL)
r = &g_s_purchase;
else
r = pDest;
if (!bInit)
{
memset(&g_s_purchase, 0, sizeof(struct S_PURCHASE_TBL));
bInit = 1;
}
r->kID = kIndex + getUpdateBase(S_PURCHASE);
r->kStoreID = mk_join(S_PURCHASE_STORE_ID, STORE, 1);
r->kCustomerID = mk_join(S_PURCHASE_CUSTOMER_ID, CUSTOMER, 1);
jtodt(&r->dtPurchaseDate, getUpdateDate(S_PURCHASE, kIndex));
genrand_integer(&r->nRegister, DIST_UNIFORM, 1, 17, 0, S_PURCHASE_REGISTER);
genrand_integer(&r->nClerk, DIST_UNIFORM, 101, 300, 0, S_PURCHASE_CLERK);
gen_text(&r->szComment[0], (int)(RS_S_PURCHASE_COMMENT * 0.6), RS_S_PURCHASE_COMMENT, S_PURCHASE_COMMENT);
return(0);
}
extern
void initSystemData() {
ptrsCounts.systemData = (struct SystemData *)FindFirstFlashStruct(NOR_STRUCT_ID_SYSTEM);
ptrsCounts.systemCounts = (struct SystemCounts2 *)FindFirstFlashStruct(NOR_STRUCT_ID_COUNTS);
ptrsCounts.period = (struct NORperiod *)FindLastFlashStruct(NOR_STRUCT_ID_PERIOD);
ptrsCounts.corruptionDay = (struct NORcorruption *)FindLastFlashStruct(NOR_STRUCT_ID_CORRUPTION);
ptrsCounts.cumulativeDays = (struct NORcumulativeDays *)FindLastFlashStruct(NOR_STRUCT_ID_CUMULATIVE_DAYS);
ptrsCounts.latestRotation = (struct NORrotation *)FindLastFlashStruct(NOR_STRUCT_ID_ROTATION);
ptrsCounts.powerups = (struct NORpowerups *)FindLastFlashStruct(NOR_STRUCT_ID_POWERUPS);
systemCounts.year = getUpdateYear();
systemCounts.month = getUpdateMonth();
systemCounts.monthday = getUpdateDate() + getCumulativeDays();
fixBadDate(&systemCounts);
}
extern void
setSystemData(struct SystemData *sd) {
struct SystemCounts2 sc;
int size, totalSize, i, reflashes;
dumpSystemDataToLog(sd);
sd->structType = NOR_STRUCT_ID_SYSTEM;
reflashes = getReflashCount();
if (!sd->countReflashes)
sd->countReflashes = reflashes + 1;
if (!sd->serialNumber[0]) {
strcpy(sd->serialNumber,getSerialNumber());
if (!sd->serialNumber[0]) {
strcpy(sd->serialNumber,(char *)"UNKNOWN");
}
}
if (!sd->location[0]) {
strcpy(sd->location,getLocation());
if (!sd->location[0]) {
strcpy(sd->location,(char *)"UNKNOWN");
}
}
if (!sd->imageName[0]) {
strcpy(sd->imageName,getImageName());
if (!sd->imageName[0]) {
strcpy(sd->imageName,(char *)"UNKNOWN");
}
}
if (!sd->updateNumber[0])
strcpy(sd->updateNumber,getUpdateNumber());
if (!sd->monthLastUpdated)
sd->monthLastUpdated = getUpdateMonth();
if (!sd->dateLastUpdated)
sd->dateLastUpdated = getUpdateDate();
if (!sd->yearLastUpdated)
sd->yearLastUpdated = getUpdateYear();
dumpSystemDataToLog(sd);
systemCounts.monthday = sd->dateLastUpdated;
systemCounts.month = sd->monthLastUpdated;
systemCounts.year = sd->yearLastUpdated;
sc.structType = NOR_STRUCT_ID_COUNTS;
sc.period = 0;
sc.cumulativeDays = 0;
sc.corruptionDay = 0;
sc.powerups = 0;
sc.lastInitVoltage = 0;
sc.rotations[0].structType = NOR_STRUCT_ID_ROTATION;
sc.rotations[0].rotationNumber = 0;
sc.rotations[0].periodNumber = 0;
sc.rotations[0].hoursAfterLastUpdate = 0;
checkVoltage();
sc.rotations[0].initVoltage = vCur_1;
for (i=1; i< MAX_ROTATIONS; i++) {
sc.rotations[i].structType = -2; // -1 is bad since FF is unwritten memory
}
// startup() assumes that struct SystemData is written first at TB_SERIAL_NUMBER_ADDR
totalSize = 0;
size = sizeof(struct SystemData); // round up # of words
write_app_flash((int *)sd, size, totalSize);
totalSize += size;
ptrsCounts.systemData = (struct SystemData *)(TB_SERIAL_NUMBER_ADDR);
size = sizeof(struct SystemCounts2); // round up # of words
write_app_flash((int *)&sc, size, totalSize);
ptrsCounts.systemCounts = (struct SystemCounts2 *)(TB_SERIAL_NUMBER_ADDR + totalSize);
ptrsCounts.period = NULL;
ptrsCounts.cumulativeDays = NULL;
ptrsCounts.powerups = NULL;
ptrsCounts.corruptionDay = NULL;
ptrsCounts.latestRotation = NULL;
}
