def test(tokenNum, token):
resultList = []
result = util.createEmptyTestResult(testname)
result['token'] = token
result['tokenNum'] = tokenNum
allChans = util.organizeLcqList(token)
byLoggerBoard = {'A': [], 'B': [], 'SOH': []}
lcqList = token.findall("lcq")
for i in range(1, 7):
if i in allChans:
byLoggerBoard['A'].extend(allChans[i])
for i in range(7, 13):
if i in allChans:
byLoggerBoard['B'].extend(allChans[i])
if 0 in allChans:
byLoggerBoard['SOH'].extend(allChans[0])
for board in ['A', 'B', 'SOH']:
allLocCodes = set()
for lcqOb in byLoggerBoard[board]:
allLocCodes.add(lcqOb['locCode'])
if len(allLocCodes) > 1:
r = util.createEmptyTestResult(testname)
r['token'] = token
r['tokenNum'] = tokenNum
r['msg'] = "Expected one loc code for board {} but found {}: {}".format(
board, len(allLocCodes), allLocCodes)
r['ok'] = False
resultList.append(r)
if len(resultList) == 0:
result['ok'] = True
else:
result = resultList
return result
def test(root):
resultList = []
result = util.createEmptyTestResult(testname)
result['ok'] = True
globalEl = root.find("global")
for i in range(1, 7):
gain = globalEl.find("gains{}".format(i)).text
if gain != '1.0':
r = result = util.createEmptyTestResult(testname)
r['msg'] = "gain for q330 {} is not 1.0".format(i)
r['ok'] = False
resultList.append(r)
if len(resultList) == 0:
return result
else:
return resultList
def test(tokenNum, tokens):
result = util.createEmptyTestResult(testname)
result['tokens'] = tokens
result['tokenNum'] = tokenNum
tokenNet = tokens.find("network").text
if (tokenNet != networkCode):
result['ok'] = False
result['msg'] = "network code {} is not {}".format(tokenNet, networkCode)
return result
def test(tokenNum, lcq):
result = util.createEmptyTestResult(testname)
result['lcq'] = lcq
result['tokenNum'] = tokenNum
locCode = lcq.find("loc").text
if locCode == '" "':
result['msg'] = "loc code {!s} is space-space".format(locCode, )
result['ok'] = False
else:
result['ok'] = True
return result
def test(tokenNum, lcq):
result = util.createEmptyTestResult(testname)
result['lcq'] = lcq
result['tokenNum'] = tokenNum
channelNum = util.getChanBinaryValue(lcq.find("chan").text)
subchan = int(lcq.find("subchan").text)+1
orientCode = lcq.find("seed").text[3]
if isinstance(channelNum, numbers.Number) and chanNumToCodes[channelNum].count(orientCode) == 0:
result['msg'] = "chan comes from q330 '{!s}' but not in {!s} ".format(channelNum, chanNumToCodes[channelNum])
result['ok'] = False
elif channelNum == 'MP' and chanNumToCodes[subchan].count(orientCode) == 0:
result['msg'] = "mass position chan comes from subchan '{!s}' but not in {!s} ".format(subchan, chanNumToCodes[subchan])
result['ok'] = False
else:
result['ok'] = True
return result
def test(tokenNum, lcq):
result = util.createEmptyTestResult(testname)
result['lcq'] = lcq
result['tokenNum'] = tokenNum
bandCode = lcq.find("seed").text[1]
bandRange = bandToSpsMap[bandCode]
sps = float(lcq.find('rate').text)
if sps < 0:
sps = -1.0 / sps
if sps < bandRange[0] or sps >= bandRange[1]:
result[
'msg'] = "band code {!s} but sps of {!s} is not >= {!s} and < {!s}".format(
bandCode, sps, bandRange[0], bandRange[1])
result['ok'] = False
else:
result['ok'] = True
return result