int DeviceDriver::readIntervals(int handle, int flags, int reg, int count, byte *buf) {
LogicalUnitInfo *currentUnit = logicalUnits[getUnitNumber(handle)];
if (currentUnit == 0) return ENOTCONN;
if (count < 8) return EMSGSIZE;
fromHostTo32LE(currentUnit->intervalTime[0], &buf[0]);
fromHostTo32LE(currentUnit->intervalTime[1], &buf[4]);
return 8;
}
void TestHello::doTest(TestManager *tst, ClientReporter *rpt, Logger *log) {
int flags;
int handle;
int openOpts;
int reg;
int count;
int status;
#define BUF_SIZE 256
byte datablock[BUF_SIZE];
// Begin testing
tst->beforeGroup(groupID);
// --------------------------------------------------------
tst->beforeTest("Open");
flags = (int)(DAF::FORCE);
openOpts = 0;
strlcpy((char *)datablock,unitID,BUF_SIZE);
status = gDeviceTable->open(openOpts, flags, (const char *)datablock);
rpt->reportOpen(status, openOpts, flags, datablock);
if (status > 0) {
rpt->reportString(datablock);
}
tst->assertTrue("Open error.", (status >= 0));
handle = status;
tst->afterTest();
// =============================================================
// Open. Put device specific one-shot tests below this comment.
// =============================================================
tst->beforeTest("ReadInterjection");
flags = (int)(DAF::NONE);
reg = (int)(DDHello::REG::INTERJECTION);
status = gDeviceTable->read(handle, flags, reg, BUF_SIZE, datablock);
rpt->reportRead(status, handle, flags, reg, count, datablock);
if (status > 0) {
rpt->reportString(datablock);
}
tst->assertTrue("Read error.", (status >= 0));
tst->afterTest();
// --------------------------------------------------------
tst->beforeTest("ReadObject");
flags = (int)(DAF::NONE);
reg = (int)(DDHello::REG::OBJECT);
status = gDeviceTable->read(handle, flags, reg, BUF_SIZE, datablock);
rpt->reportRead(status, handle, flags, reg, count, datablock);
if (status > 0) {
rpt->reportString(datablock);
}
tst->assertTrue("Read error.", (status >= 0));
tst->afterTest();
// --------------------------------------------------------
tst->beforeTest("ReadStreamOnce");
flags = (int)(DAF::NONE);
reg = (int)(CDR::Stream);
status = gDeviceTable->read(handle, flags, reg, BUF_SIZE, datablock);
rpt->reportRead(status, handle, flags, reg, count, datablock);
if (status > 0) {
rpt->reportString(datablock);
}
tst->assertTrue("Read error.", (status >= 0));
tst->afterTest();
// =============================================================
// Close. Put device specific one-shot tests above this comment.
// =============================================================
tst->beforeTest("Close");
flags = (int)(DAF::NONE);
status = gDeviceTable->close(handle, flags);
rpt->reportClose(status, handle, flags);
tst->assertTrue("Close error.", (status >= 0));
tst->afterTest();
// =============================================================
// Put device specific continuous tests between here and the end.
// =============================================================
tst->beforeTest("ReadStreamContinuous");
// Open
flags = (int)(DAF::NONE);
openOpts = 0;
strlcpy((char *)datablock,unitID,BUF_SIZE);
status = gDeviceTable->open(openOpts, flags, (const char *)datablock);
rpt->reportOpen(status, openOpts, flags, datablock);
handle = status;
// Write Intervals
flags = (int)(DAF::NONE);
reg = (int)(CDR::Intervals);
fromHostTo32LE(0UL,datablock);
fromHostTo32LE(5000UL,datablock+4);
count = 8;
status = gDeviceTable->write(handle, flags, reg, count, datablock);
rpt->reportWrite(status, handle, flags, reg, count);
// Read Intervals
flags = (int)(DAF::NONE);
reg = (int)(CDR::Intervals);
count = 8;
status = gDeviceTable->read(handle, flags, reg, count, datablock);
rpt->reportRead(status, handle, flags, reg, count, datablock);
tst->assertTrue("Read error.", (status >= 0));
// Initiate continuous read
flags = (int)(DAF::MILLI_RUN);
reg = (int)(CDR::Stream);
count = BUF_SIZE;
status = gDeviceTable->read(handle, flags, reg, count, datablock);
rpt->reportRead(status, handle, flags, reg, count, datablock);
if (status > 0) {
rpt->reportString(datablock);
}
tst->afterTest();
// --------------------------------------------------------
tst->afterGroup();
}