def connect_test(serobj):
try:
serobj.open()
if serobj.isOpen():
testlib.passmessage("Opened serial port")
return True
else:
testlib.failmessage("Can't open serial port")
return False
except:
testlib.failmessage("Can't open serial port")
return False
def setorder(portlist):
revlist = []
portlist = setbaud(portlist, stdbauds[0])
if looptest(portlist):
return portlist
else:
revlist.append(portlist[1])
revlist.append(portlist[0])
if looptest(revlist):
return revlist
else:
testlib.failmessage('No port order seems to work')
return portlist
def setorder(portlist):
revlist = []
portlist = setbaud(portlist,stdbauds[0])
if looptest(portlist):
return portlist
else:
revlist.append(portlist[1])
revlist.append(portlist[0])
if looptest(revlist):
return revlist
else:
testlib.failmessage('No port order seems to work')
return portlist
def main():
portlist = getports()
if (len(portlist) == 2):
testlib.passmessage('Found two serial ports')
else:
# If we don't find two serial ports, this test is over
testlib.failmessage('Did not find two serial ports')
return -1
testlib.infomessage(portlist[0].name + ' --> ' + portlist[1].name)
for rate in stdbauds:
portlist = setbaud(portlist, rate)
time.sleep(1) # Allow 1 second for baud configuration
retval = looptest(portlist)
if retval:
testlib.passmessage(str(int(rate)) + ' baud loopback ok')
else:
testlib.failmessage(str(int(rate)) + ' baud loopback error')
def main():
portlist = getports()
if (len(portlist) == 2):
testlib.passmessage('Found two serial ports')
else:
# If we don't find two serial ports, this test is over
testlib.failmessage('Did not find two serial ports')
return -1
testlib.infomessage(portlist[0].name + ' --> ' + portlist[1].name)
for rate in stdbauds:
portlist = setbaud(portlist,rate)
time.sleep(1) # Allow 1 second for baud configuration
retval = looptest(portlist)
if retval:
testlib.passmessage(str(int(rate)) + ' baud loopback ok')
else:
testlib.failmessage(str(int(rate)) + ' baud loopback error')