def testConfigureDigitalIn(self):
self.doLogin()
# send CD command
# D1, Target A1, action On, sp 4, dw 2, udp 1, udpnode 100
for cmd in range(wb6.AT_NONE, wb6.AT_SPARE):
for sp in range(0, self._spCount):
if ( cmd == wb6.AT_DWELL ) or ( cmd == wb6.AT_DWELLCAN ):
showWorking()
for dwell in range(0, self._dwellCount):
idStr = "ConfigDigIn, 1, wb6.TT_ANALOGUE, 1, cmd:" + str(cmd) + " sp:"+ str(sp) +" dw:"+str(dwell) + ",1,100"
wb6.ConfigDigIn(self._wbAddress, 1,wb6.TT_ANALOGUE,1,cmd,sp,dwell,1,100 )
time.sleep(1.0)
# read all the configuration and verify entries.
cfg = wb6Config.wb6Config( self._wbAddress )
for idx in range(0,self._diCount):
if ( idx != 1):
self.verifyDiConfiguration(idx, cfg)
else:
di = cfg.getDigInTrigger(idx)
assert di["name"] == "Sw-"+str(idx+1), idStr + " di[name]:" + str(di["name"])
assert di["action"] == wb6.ActionStrs[cmd], idStr + " di[action]:" + di["action"]
assert di["actionNr"] == cmd, idStr + " di[actionNr]:" + str(di["actionNr"])
assert di["pairChn"] == 1, idStr + " di[pairChn]:" + str(di["pairChn"])
assert di["options"] == 2, idStr + " di[options]:" + str(di["options"])
assert di["dwell"] == dwell, idStr + " di[dwell]:" + str(di["dwell"])
assert di["typeNr"] == 2, idStr + " di[typeNr]:" + str(di["typeNr"])
assert di["type"] == "Analogue", idStr + " di[type]:" + str(di["type"])
assert di["setPoint"] == sp, idStr + " di[setPoint]:" + str(di["setPoint"])
assert di["UDPRem"] == "General", idStr + " di[UDPRem]:" + str(di["UDPRem"])
assert di["UDPRemNr"] == 1, idStr + " di[UDPRemNr]:" + str(di["UDPRemNr"])
assert di["RemNode"] == 100, idStr + " di[RemNode]:" + str(di["RemNode"])
else:
showWorking()
dwell = 0
idStr = "ConfigDigIn, 1, wb6.TT_ANALOGUE, 1, cmd:" + str(cmd) + " sp:"+ str(sp) +" dw:"+str(dwell) + ",1,100"
wb6.ConfigDigIn(self._wbAddress, 1,wb6.TT_ANALOGUE,1,cmd,sp,dwell,1,100 )
time.sleep(1.0)
# read all the configuration and verify entries.
cfg = wb6Config.wb6Config( self._wbAddress )
for idx in range(0,self._diCount):
if ( idx != 1):
self.verifyDiConfiguration(idx, cfg)
else:
di = cfg.getDigInTrigger(idx)
assert di["name"] == "Sw-"+str(idx+1), idStr + " di[name]:" + str(di["name"])
assert di["actionNr"] == cmd, idStr + " di[actionNr]:" + str(di["actionNr"])
assert di["action"] == wb6.ActionStrs[cmd], idStr + " di[action]:" + di["action"]
assert di["pairChn"] == 1, idStr + " di[pairChn]:" + str(di["pairChn"])
assert di["options"] == 2, idStr + " di[options]:" + str(di["options"])
assert di["dwell"] == dwell, idStr + " di[dwell]:" + str(di["dwell"])
assert di["typeNr"] == 2, idStr + " di[typeNr]:" + str(di["typeNr"])
assert di["type"] == "Analogue", idStr + " di[type]:" + str(di["type"])
assert di["setPoint"] == sp, idStr + " di[setPoint]:" + str(di["setPoint"])
assert di["UDPRem"] == "General", idStr + " di[UDPRem]:" + str(di["UDPRem"])
assert di["UDPRemNr"] == 1, idStr + " di[UDPRemNr]:" + str(di["UDPRemNr"])
assert di["RemNode"] == 100, idStr + " di[RemNode]:" + str(di["RemNode"])
def testConfigureDigitalIn(self):
doLogin(TestWbConfig._wbAddress)
# send CD command
# D1, Target A1, action On, sp 4, dw 2, udp 1, udpnode 100
for cmd in range(wb6.AT_NONE, wb6.AT_SPARE):
for sp in range(0, TestWbConfig._spCount):
if ( cmd == wb6.AT_DWELL ) or ( cmd == wb6.AT_DWELLCAN ):
showWorking()
for dwell in range(0, TestWbConfig._dwellCount):
idStr = "ConfigDigIn, 1, wb6.TT_ANALOGUE, 1, cmd:" + str(cmd) + " sp:"+ str(sp) +" dw:"+str(dwell) + ",1,100"
wb6.ConfigDigIn(TestWbConfig._wbAddress, 1,wb6.TT_ANALOGUE,1,cmd,sp,dwell,1,100 )
time.sleep(1.0)
# read all the configuration and verify entries.
cfg = wb6Config.wb6Config( TestWbConfig._wbAddress )
for idx in range(0,TestWbConfig._diCount):
if ( idx != 1):
self.verifyDiConfiguration(idx, cfg)
else:
di = cfg.getDigInTrigger(idx)
self.assertEqual( di["name"], "Sw-"+str(idx))
self.assertEqual( di["action"], wb6.ActionStrs[cmd] )
self.assertEqual( di["actionNr"], cmd)
self.assertEqual( di["pairChn"], 1)
self.assertEqual( di["options"], 2)
self.assertEqual( di["dwell"], dwell)
self.assertEqual( di["typeNr"], 2)
self.assertEqual( di["type"], "Analogue")
self.assertEqual( di["setPoint"], sp)
self.assertEqual( di["UDPRem"], "General")
self.assertEqual( di["UDPRemNr"], 1)
self.assertEqual( di["RemNode"], 100)
else:
showWorking()
dwell = 0
idStr = "ConfigDigIn, 1, wb6.TT_ANALOGUE, 1, cmd:" + str(cmd) + " sp:"+ str(sp) +" dw:"+str(dwell) + ",1,100"
wb6.ConfigDigIn(TestWbConfig._wbAddress, 1,wb6.TT_ANALOGUE,1,cmd,sp,dwell,1,100 )
time.sleep(1.0)
# read all the configuration and verify entries.
cfg = wb6Config.wb6Config( TestWbConfig._wbAddress )
for idx in range(0,TestWbConfig._diCount):
if ( idx != 1):
self.verifyDiConfiguration(idx, cfg)
else:
di = cfg.getDigInTrigger(idx)
self.assertEqual( di["name"], "Sw-"+str(idx))
self.assertEqual( di["actionNr"], cmd)
self.assertEqual( di["action"], wb6.ActionStrs[cmd])
self.assertEqual( di["pairChn"], 1)
self.assertEqual( di["options"], 2)
self.assertEqual( di["dwell"], dwell)
self.assertEqual( di["typeNr"], 2)
self.assertEqual( di["type"], "Analogue")
self.assertEqual( di["setPoint"], sp)
self.assertEqual( di["UDPRem"], "General")
self.assertEqual( di["UDPRemNr"], 1)
self.assertEqual( di["RemNode"], 100)
def factoryReset(self):
logging.info("factoryReset")
# send factory reset, full reset
self.doLogin(underTestAddress)
wb6.Send(underTestAddress, "FR1")
for idx in range(0, 12):
self.showWorking()
time.sleep(1.0) # takes a while.
#
# Now test that the config is the way it would be expected
#
cfg = wb6Config(underTestAddress)
macaddr = cfg.getMacAddress()
print "\nTested Mac Address: %s" % macaddr
for i in range(0, 8):
di = cfg.getDigInTrigger(i)
print "Digital Input %d: %s" % (i, di["actionNr"])
self.assertEqual(di, 4)
for i in range(8, 12):
di = cfg.getDigInTrigger(i)
print "Digital Input %d: %s" % (i, di["actionNr"])
self.assertEqual(di, 0)
self.assertEqual(self.ErrorCount, 0)
def factoryReset(self):
logging.info( "factoryReset" )
# send factory reset, full reset
self.doLogin(underTestAddress)
wb6.Send(underTestAddress, "FR1" )
for idx in range(0,12):
self.showWorking()
time.sleep(1.0 )# takes a while.
#
# Now test that the config is the way it would be expected
#
cfg = wb6Config(underTestAddress)
macaddr = cfg.getMacAddress()
print "\nTested Mac Address: %s" % macaddr
for i in range(0,8):
di = cfg.getDigInTrigger(i)
print "Digital Input %d: %s" % (i,di["actionNr"])
self.assertEqual(di,4)
for i in range(8,12):
di = cfg.getDigInTrigger(i)
print "Digital Input %d: %s" % (i,di["actionNr"])
self.assertEqual(di,0)
self.assertEqual( self.ErrorCount, 0 )
def testaScene(self):
# configure a scene and verify it
self.factoryReset()
self.doLogin()
wb6.ConfigScene(self._wbAddress, 1,
["N", "F", "I", "N", "F", "I", "N", "F"],
[("S", 1), "I", ("S", 2), "I"])
time.sleep(1.0)
cfg = wb6Config.wb6Config(self._wbAddress)
for idx in range(0, self._sceneCount):
if idx == 1:
sc = cfg.getScene(idx)
self.assertEqual(sc["Digital0"], "On")
self.assertEqual(sc["Digital1"], "Off")
self.assertEqual(sc["Digital2"], "Ignore")
self.assertEqual(sc["Digital3"], "On")
self.assertEqual(sc["Digital4"], "Off")
self.assertEqual(sc["Digital5"], "Ignore")
self.assertEqual(sc["Digital6"], "On")
self.assertEqual(sc["Digital7"], "Off")
self.assertEqual(sc["Analogue0"], "SetPoint1")
self.assertEqual(sc["Analogue1"], "Ignore")
self.assertEqual(sc["Analogue2"], "SetPoint2")
self.assertEqual(sc["Analogue3"], "Ignore")
else:
self.verifySceneConfiguration(idx, cfg)
def verifySetPointConfiguration(self):
cfg = wb6Config.wb6Config(self._wbAddress)
assert cfg.getSetPoint(0) == 0, str(cfg.getSetPoint(0))
assert cfg.getSetPoint(1) == 14, str(cfg.getSetPoint(1))
assert cfg.getSetPoint(2) == 28, str(cfg.getSetPoint(2))
assert cfg.getSetPoint(3) == 42, str(cfg.getSetPoint(3))
assert cfg.getSetPoint(4) == 57, str(cfg.getSetPoint(4))
assert cfg.getSetPoint(5) == 71, str(cfg.getSetPoint(5))
assert cfg.getSetPoint(6) == 85, str(cfg.getSetPoint(6))
assert cfg.getSetPoint(7) == 100, str(cfg.getSetPoint(7))
def verifyDwellConfiguration(self):
cfg = wb6Config.wb6Config( self._wbAddress )
assert cfg.getDwell(0) == 30, str(cfg.getDwell(0))
assert cfg.getDwell(1) == 2, str(cfg.getDwell(1))
assert cfg.getDwell(2) == 60, str(cfg.getDwell(2))
assert cfg.getDwell(3) == 3600, str(cfg.getDwell(3))
assert cfg.getDwell(4) == 300, str(cfg.getDwell(4))
assert cfg.getDwell(5) == 600, str(cfg.getDwell(5))
assert cfg.getDwell(6) == 900, str(cfg.getDwell(6))
assert cfg.getDwell(7) == 1200, str(cfg.getDwell(7))
def verifySetPointConfiguration(self):
cfg = wb6Config.wb6Config( self._wbAddress )
assert cfg.getSetPoint(0) == 0, str(cfg.getSetPoint(0))
assert cfg.getSetPoint(1) == 14, str(cfg.getSetPoint(1))
assert cfg.getSetPoint(2) == 28, str(cfg.getSetPoint(2))
assert cfg.getSetPoint(3) ==42, str(cfg.getSetPoint(3))
assert cfg.getSetPoint(4) == 57, str(cfg.getSetPoint(4))
assert cfg.getSetPoint(5) == 71, str(cfg.getSetPoint(5))
assert cfg.getSetPoint(6) == 85, str(cfg.getSetPoint(6))
assert cfg.getSetPoint(7) == 100, str(cfg.getSetPoint(7))
def verifyDwellConfiguration(self):
cfg = wb6Config.wb6Config(self._wbAddress)
assert cfg.getDwell(0) == 30, str(cfg.getDwell(0))
assert cfg.getDwell(1) == 2, str(cfg.getDwell(1))
assert cfg.getDwell(2) == 60, str(cfg.getDwell(2))
assert cfg.getDwell(3) == 3600, str(cfg.getDwell(3))
assert cfg.getDwell(4) == 300, str(cfg.getDwell(4))
assert cfg.getDwell(5) == 600, str(cfg.getDwell(5))
assert cfg.getDwell(6) == 900, str(cfg.getDwell(6))
assert cfg.getDwell(7) == 1200, str(cfg.getDwell(7))
def testConfigureAnThreshold(self):
self.doLogin()
# send CD command
# D1, Target A1, action On, sp 4, dw 2, udp 1, udpnode 100
wb6.ConfigAnIn(self._wbAddress, 1, "L", 17, wb6.TT_ANALOGUE, 2,
wb6.AT_ON, wb6.SP_4, wb6.DW_2, wb6.UDPT_GENERAL, 99)
wb6.ConfigAnIn(self._wbAddress, 1, "H", 87, wb6.TT_DIGITAL, 2,
wb6.AT_ON, wb6.SP_0, wb6.DW_2, wb6.UDPT_GENERAL, 99)
idStr = "ConfigAnIn, 1"
time.sleep(0.5)
# read all the configuration and verify entries.
cfg = wb6Config.wb6Config(self._wbAddress)
for idx in range(0, self._aiCount):
if (idx != 1):
self.verifyAiConfiguration(idx, cfg)
else:
ai = cfg.getAnalogueTriggerLow(idx)
assert ai["name"] == "AnIn-" + str(
idx + 1), idStr + " ai[name]:" + str(ai["name"])
assert ai["threshold"] == 17, str(ai["threshold"])
assert ai["actionNr"] == 2, str(ai["actionNr"])
assert ai["action"] == "On", ai["action"]
assert ai["pairChn"] == 2, str(ai["pairChn"])
assert ai["dwell"] == 2, str(ai["dwell"])
assert ai["typeNr"] == 2, str(ai["typeNr"])
assert ai["type"] == "Analogue", ai["type"]
assert ai["setPoint"] == 4, str(ai["setPoint"])
assert ai["UDPRem"] == "General", ai["UDPRem"]
assert ai["UDPRemNr"] == 1, str(ai["UDPRemNr"])
assert ai["RemNode"] == 99, str(ai["RemNode"])
ai = cfg.getAnalogueTriggerHigh(idx)
assert ai["name"] == "AnIn-" + str(
idx + 1), idStr + " ai[name]:" + str(ai["name"])
assert ai["threshold"] == 87, str(ai["threshold"])
assert ai["actionNr"] == 2, str(ai["actionNr"])
assert ai["action"] == "On", ai["action"]
assert ai["pairChn"] == 2, str(ai["pairChn"])
assert ai["dwell"] == 2, str(ai["dwell"])
assert ai["typeNr"] == 0, str(ai["typeNr"])
assert ai["type"] == "Digital", ai["type"]
assert ai["setPoint"] == 0, str(
ai["setPoint"]) # not relevant to digital
assert ai["UDPRem"] == "General", ai["UDPRem"]
assert ai["UDPRemNr"] == 1, str(ai["UDPRemNr"])
assert ai["RemNode"] == 99, str(ai["RemNode"])
return
def testConfigureTempThreshold(self):
self.doLogin()
# send CD command
wb6.ConfigTemp(self._wbAddress, 1, "L", -14, wb6.TT_ANALOGUE, 2,
wb6.AT_ON, wb6.SP_4, wb6.DW_2, wb6.UDPT_GENERAL, 99)
wb6.ConfigTemp(self._wbAddress, 1, "H", 57, wb6.TT_DIGITAL, 2,
wb6.AT_ON, wb6.SP_0, wb6.DW_2, wb6.UDPT_GENERAL, 99)
idStr = "ConfigTemp, 1"
time.sleep(0.5)
# read all the configuration and verify entries.
cfg = wb6Config.wb6Config(self._wbAddress)
for idx in range(0, self._tempCount):
if (idx != 1):
self.verifyTempConfiguration(idx, cfg)
else:
ti = cfg.getTempTriggerLow(idx)
assert ti["name"] == "Temp-" + str(
idx + 1), idStr + " ti[name]:" + str(ti["name"])
assert ti["threshold"] == -14, str(ti["threshold"])
assert ti["actionNr"] == 2, str(ti["actionNr"])
assert ti["action"] == "On", ti["action"]
assert ti["pairChn"] == 2, str(ti["pairChn"])
assert ti["dwell"] == 2, str(ti["dwell"])
assert ti["typeNr"] == 2, str(ti["typeNr"])
assert ti["type"] == "Analogue", ti["type"]
assert ti["setPoint"] == 4, str(ti["setPoint"])
assert ti["UDPRem"] == "General", ti["UDPRem"]
assert ti["UDPRemNr"] == 1, str(ti["UDPRemNr"])
assert ti["RemNode"] == 99, str(ti["RemNode"])
ti = cfg.getTempTriggerHigh(idx)
assert ti["name"] == "Temp-" + str(
idx + 1), idStr + " ti[name]:" + str(ti["name"])
assert ti["threshold"] == 57, str(ti["threshold"])
assert ti["actionNr"] == 2, str(ti["actionNr"])
assert ti["action"] == "On", ti["action"]
assert ti["pairChn"] == 2, str(ti["pairChn"])
assert ti["dwell"] == 2, str(ti["dwell"])
assert ti["typeNr"] == 0, str(ti["typeNr"])
assert ti["type"] == "Digital", ti["type"]
assert ti["setPoint"] == 0, str(
ti["setPoint"]) # not relevant to digital
assert ti["UDPRem"] == "General", ti["UDPRem"]
assert ti["UDPRemNr"] == 1, str(ti["UDPRemNr"])
assert ti["RemNode"] == 99, str(ti["RemNode"])
return
def testConfigureAnThreshold(self):
doLogin(TestWbConfig._wbAddress)
# send CD command
# D1, Target A1, action On, sp 4, dw 2, udp 1, udpnode 100
wb6.ConfigAnIn(TestWbConfig._wbAddress, 1, "L", 17, wb6.TT_ANALOGUE, 2,
wb6.AT_ON, wb6.SP_4, wb6.DW_2, wb6.UDPT_GENERAL, 99)
wb6.ConfigAnIn(TestWbConfig._wbAddress, 1, "H", 87, wb6.TT_DIGITAL, 2,
wb6.AT_ON, wb6.SP_0, wb6.DW_2, wb6.UDPT_GENERAL, 99)
idStr = "ConfigAnIn, 1"
time.sleep(0.5)
# read all the configuration and verify entries.
cfg = wb6Config.wb6Config(TestWbConfig._wbAddress)
for idx in range(0, TestWbConfig._aiCount):
if (idx != 1):
self.verifyAiConfiguration(idx, cfg)
else:
ai = cfg.getAnalogueTriggerLow(idx)
self.assertEqual(ai["name"], "AnIn-" + str(idx))
self.assertEqual(ai["threshold"], 17)
self.assertEqual(ai["actionNr"], 2)
self.assertEqual(ai["action"], "On")
self.assertEqual(ai["pairChn"], 2)
self.assertEqual(ai["dwell"], 2)
self.assertEqual(ai["typeNr"], 2)
self.assertEqual(ai["type"], "Analogue")
self.assertEqual(ai["setPoint"], 4)
self.assertEqual(ai["UDPRem"], "General")
self.assertEqual(ai["UDPRemNr"], 1)
self.assertEqual(ai["RemNode"], 99)
ai = cfg.getAnalogueTriggerHigh(idx)
self.assertEqual(ai["name"], "AnIn-" + str(idx), idStr)
self.assertEqual(ai["threshold"], 87)
self.assertEqual(ai["actionNr"], 2)
self.assertEqual(ai["action"], "On")
self.assertEqual(ai["pairChn"], 2)
self.assertEqual(ai["dwell"], 2)
self.assertEqual(ai["typeNr"], 0)
self.assertEqual(ai["type"], "Digital")
self.assertEqual(ai["setPoint"], 0)
self.assertEqual(ai["UDPRem"], "General")
self.assertEqual(ai["UDPRemNr"], 1)
self.assertEqual(ai["RemNode"], 99)
return
def testConfigureTempThreshold(self):
doLogin(TestWbConfig._wbAddress)
# send CD command
wb6.ConfigTemp(TestWbConfig._wbAddress, 1, "L", -14, wb6.TT_ANALOGUE,
2, wb6.AT_ON, wb6.SP_4, wb6.DW_2, wb6.UDPT_GENERAL, 99)
wb6.ConfigTemp(TestWbConfig._wbAddress, 1, "H", 57, wb6.TT_DIGITAL, 2,
wb6.AT_ON, wb6.SP_0, wb6.DW_2, wb6.UDPT_GENERAL, 99)
idStr = "ConfigTemp, 1"
time.sleep(0.5)
# read all the configuration and verify entries.
cfg = wb6Config.wb6Config(TestWbConfig._wbAddress)
for idx in range(0, TestWbConfig._tempCount):
if (idx != 1):
self.verifyTempConfiguration(idx, cfg)
else:
ti = cfg.getTempTriggerLow(idx)
self.assertEqual(ti["name"], "Temp-" + str(idx), idStr)
self.assertEqual(ti["threshold"], -14)
self.assertEqual(ti["actionNr"], 2)
self.assertEqual(ti["action"], "On")
self.assertEqual(ti["pairChn"], 2)
self.assertEqual(ti["dwell"], 2)
self.assertEqual(ti["typeNr"], 2)
self.assertEqual(ti["type"], "Analogue")
self.assertEqual(ti["setPoint"], 4)
self.assertEqual(ti["UDPRem"], "General")
self.assertEqual(ti["UDPRemNr"], 1)
self.assertEqual(ti["RemNode"], 99)
ti = cfg.getTempTriggerHigh(idx)
self.assertEqual(ti["name"], "Temp-" + str(idx), idStr)
self.assertEqual(ti["threshold"], 57)
self.assertEqual(ti["actionNr"], 2)
self.assertEqual(ti["action"], "On")
self.assertEqual(ti["pairChn"], 2)
self.assertEqual(ti["dwell"], 2)
self.assertEqual(ti["typeNr"], 0)
self.assertEqual(ti["type"], "Digital")
self.assertEqual(ti["setPoint"], 0)
self.assertEqual(ti["UDPRem"], "General")
self.assertEqual(ti["UDPRemNr"], 1)
self.assertEqual(ti["RemNode"], 99)
return
def testConfigureAnThreshold(self):
self.doLogin()
# send CD command
# D1, Target A1, action On, sp 4, dw 2, udp 1, udpnode 100
wb6.ConfigAnIn(self._wbAddress, 1, "L", 17, wb6.TT_ANALOGUE, 2, wb6.AT_ON, wb6.SP_4, wb6.DW_2, wb6.UDPT_GENERAL, 99 )
wb6.ConfigAnIn(self._wbAddress, 1, "H", 87, wb6.TT_DIGITAL, 2, wb6.AT_ON, wb6.SP_0, wb6.DW_2, wb6.UDPT_GENERAL, 99 )
idStr = "ConfigAnIn, 1"
time.sleep(0.5)
# read all the configuration and verify entries.
cfg = wb6Config.wb6Config( self._wbAddress )
for idx in range(0,self._aiCount):
if ( idx != 1):
self.verifyAiConfiguration(idx, cfg)
else:
ai = cfg.getAnalogueTriggerLow(idx)
assert ai["name"] == "AnIn-"+str(idx+1), idStr + " ai[name]:" + str(ai["name"])
assert ai["threshold"] == 17, str(ai["threshold"])
assert ai["actionNr"] == 2, str(ai["actionNr"])
assert ai["action"] == "On", ai["action"]
assert ai["pairChn"] == 2, str(ai["pairChn"])
assert ai["dwell"] == 2, str(ai["dwell"])
assert ai["typeNr"] == 2, str(ai["typeNr"])
assert ai["type"] == "Analogue", ai["type"]
assert ai["setPoint"] == 4, str(ai["setPoint"])
assert ai["UDPRem"] == "General", ai["UDPRem"]
assert ai["UDPRemNr"] == 1, str(ai["UDPRemNr"])
assert ai["RemNode"] == 99, str(ai["RemNode"])
ai = cfg.getAnalogueTriggerHigh(idx)
assert ai["name"] == "AnIn-"+str(idx+1), idStr + " ai[name]:" + str(ai["name"])
assert ai["threshold"] == 87, str(ai["threshold"])
assert ai["actionNr"] == 2, str(ai["actionNr"])
assert ai["action"] == "On", ai["action"]
assert ai["pairChn"] == 2, str(ai["pairChn"])
assert ai["dwell"] == 2, str(ai["dwell"])
assert ai["typeNr"] == 0, str(ai["typeNr"])
assert ai["type"] == "Digital", ai["type"]
assert ai["setPoint"] == 0, str(ai["setPoint"]) # not relevant to digital
assert ai["UDPRem"] == "General", ai["UDPRem"]
assert ai["UDPRemNr"] == 1, str(ai["UDPRemNr"])
assert ai["RemNode"] == 99, str(ai["RemNode"])
return
def testConfigureAnThreshold(self):
doLogin(TestWbConfig._wbAddress)
# send CD command
# D1, Target A1, action On, sp 4, dw 2, udp 1, udpnode 100
wb6.ConfigAnIn(TestWbConfig._wbAddress, 1, "L", 17, wb6.TT_ANALOGUE, 2, wb6.AT_ON, wb6.SP_4, wb6.DW_2, wb6.UDPT_GENERAL, 99 )
wb6.ConfigAnIn(TestWbConfig._wbAddress, 1, "H", 87, wb6.TT_DIGITAL, 2, wb6.AT_ON, wb6.SP_0, wb6.DW_2, wb6.UDPT_GENERAL, 99 )
idStr = "ConfigAnIn, 1"
time.sleep(0.5)
# read all the configuration and verify entries.
cfg = wb6Config.wb6Config( TestWbConfig._wbAddress )
for idx in range(0,TestWbConfig._aiCount):
if ( idx != 1):
self.verifyAiConfiguration(idx, cfg)
else:
ai = cfg.getAnalogueTriggerLow(idx)
self.assertEqual( ai["name"] , "AnIn-"+str(idx))
self.assertEqual( ai["threshold"] , 17)
self.assertEqual( ai["actionNr"] , 2)
self.assertEqual( ai["action"] , "On")
self.assertEqual( ai["pairChn"] , 2)
self.assertEqual( ai["dwell"] , 2)
self.assertEqual( ai["typeNr"] , 2)
self.assertEqual( ai["type"] , "Analogue")
self.assertEqual( ai["setPoint"] , 4)
self.assertEqual( ai["UDPRem"] , "General")
self.assertEqual( ai["UDPRemNr"] , 1)
self.assertEqual( ai["RemNode"] , 99)
ai = cfg.getAnalogueTriggerHigh(idx)
self.assertEqual( ai["name"] , "AnIn-"+str(idx), idStr)
self.assertEqual( ai["threshold"] , 87)
self.assertEqual( ai["actionNr"] , 2)
self.assertEqual( ai["action"] , "On")
self.assertEqual( ai["pairChn"] , 2)
self.assertEqual( ai["dwell"] , 2)
self.assertEqual( ai["typeNr"] , 0)
self.assertEqual( ai["type"] , "Digital")
self.assertEqual( ai["setPoint"] , 0)
self.assertEqual( ai["UDPRem"] , "General" )
self.assertEqual( ai["UDPRemNr"] , 1)
self.assertEqual( ai["RemNode"] , 99)
return
def testConfigureTempThreshold(self):
self.doLogin()
# send CD command
wb6.ConfigTemp(self._wbAddress, 1, "L", -14, wb6.TT_ANALOGUE, 2, wb6.AT_ON, wb6.SP_4, wb6.DW_2, wb6.UDPT_GENERAL, 99 )
wb6.ConfigTemp(self._wbAddress, 1, "H", 57, wb6.TT_DIGITAL, 2, wb6.AT_ON, wb6.SP_0, wb6.DW_2, wb6.UDPT_GENERAL, 99 )
idStr = "ConfigTemp, 1"
time.sleep(0.5)
# read all the configuration and verify entries.
cfg = wb6Config.wb6Config( self._wbAddress )
for idx in range(0,self._tempCount):
if ( idx != 1):
self.verifyTempConfiguration(idx, cfg)
else:
ti = cfg.getTempTriggerLow(idx)
assert ti["name"] == "Temp-"+str(idx+1), idStr + " ti[name]:" + str(ti["name"])
assert ti["threshold"] == -14, str(ti["threshold"])
assert ti["actionNr"] == 2, str(ti["actionNr"])
assert ti["action"] == "On", ti["action"]
assert ti["pairChn"] == 2, str(ti["pairChn"])
assert ti["dwell"] == 2, str(ti["dwell"])
assert ti["typeNr"] == 2, str(ti["typeNr"])
assert ti["type"] == "Analogue", ti["type"]
assert ti["setPoint"] == 4, str(ti["setPoint"])
assert ti["UDPRem"] == "General", ti["UDPRem"]
assert ti["UDPRemNr"] == 1, str(ti["UDPRemNr"])
assert ti["RemNode"] == 99, str(ti["RemNode"])
ti = cfg.getTempTriggerHigh(idx)
assert ti["name"] == "Temp-"+str(idx+1), idStr + " ti[name]:" + str(ti["name"])
assert ti["threshold"] == 57, str(ti["threshold"])
assert ti["actionNr"] == 2, str(ti["actionNr"])
assert ti["action"] == "On", ti["action"]
assert ti["pairChn"] == 2, str(ti["pairChn"])
assert ti["dwell"] == 2, str(ti["dwell"])
assert ti["typeNr"] == 0, str(ti["typeNr"])
assert ti["type"] == "Digital", ti["type"]
assert ti["setPoint"] == 0, str(ti["setPoint"]) # not relevant to digital
assert ti["UDPRem"] == "General", ti["UDPRem"]
assert ti["UDPRemNr"] == 1, str(ti["UDPRemNr"])
assert ti["RemNode"] == 99, str(ti["RemNode"])
return
def testConfigureTempThreshold(self):
doLogin(TestWbConfig._wbAddress)
# send CD command
wb6.ConfigTemp(TestWbConfig._wbAddress, 1, "L", -14, wb6.TT_ANALOGUE, 2, wb6.AT_ON, wb6.SP_4, wb6.DW_2, wb6.UDPT_GENERAL, 99 )
wb6.ConfigTemp(TestWbConfig._wbAddress, 1, "H", 57, wb6.TT_DIGITAL, 2, wb6.AT_ON, wb6.SP_0, wb6.DW_2, wb6.UDPT_GENERAL, 99 )
idStr = "ConfigTemp, 1"
time.sleep(0.5)
# read all the configuration and verify entries.
cfg = wb6Config.wb6Config( TestWbConfig._wbAddress )
for idx in range(0,TestWbConfig._tempCount):
if ( idx != 1):
self.verifyTempConfiguration(idx, cfg)
else:
ti = cfg.getTempTriggerLow(idx)
self.assertEqual( ti["name"] , "Temp-"+str(idx), idStr)
self.assertEqual( ti["threshold"] , -14)
self.assertEqual( ti["actionNr"] , 2)
self.assertEqual( ti["action"] , "On")
self.assertEqual( ti["pairChn"] , 2)
self.assertEqual( ti["dwell"] , 2)
self.assertEqual( ti["typeNr"] , 2)
self.assertEqual( ti["type"] , "Analogue")
self.assertEqual( ti["setPoint"] , 4)
self.assertEqual( ti["UDPRem"] , "General")
self.assertEqual( ti["UDPRemNr"] , 1)
self.assertEqual( ti["RemNode"] , 99)
ti = cfg.getTempTriggerHigh(idx)
self.assertEqual( ti["name"] , "Temp-"+str(idx), idStr)
self.assertEqual( ti["threshold"] , 57)
self.assertEqual( ti["actionNr"] , 2)
self.assertEqual( ti["action"] , "On")
self.assertEqual( ti["pairChn"] , 2)
self.assertEqual( ti["dwell"] , 2)
self.assertEqual( ti["typeNr"] , 0)
self.assertEqual( ti["type"] , "Digital")
self.assertEqual( ti["setPoint"] , 0)
self.assertEqual( ti["UDPRem"] , "General")
self.assertEqual( ti["UDPRemNr"] , 1)
self.assertEqual( ti["RemNode"] , 99)
return
def testScheduledEvent(self):
self.doSetTime(1, 1, 1)
# Create a scheduled event
wb6.ConfigScheduled(self._wbAddress, 1, "1", 1, 2, wb6.TT_DIGITAL, 3,
wb6.AT_TOGGLE, wb6.SP_0, wb6.DW_0,
wb6.UDPT_GENERAL, 98)
time.sleep(0.5)
sts = wb6Status.wb6Status(self._wbAddress)
assert sts.getError() == 0
cfg = wb6Config.wb6Config(self._wbAddress)
for idx in range(0, self._schedCount):
if (idx == 1):
sc = cfg.getScheduledEvent(idx)
assert sc["days"] == 2, str(sc["days"])
assert sc["hours"] == 1, str(sc["hours "])
assert sc["mins"] == 2, str(sc["mins"])
assert sc["actionNr"] == 4, str(sc["actionNr"])
assert sc["action"] == "Toggle", sc["action"]
assert sc["pairChn"] == 3, str(sc["pairChn"])
assert sc["dwell"] == 0, str(sc["dwell"])
assert sc["typeNr"] == 0, str(sc["typeNr"])
assert sc["type"] == "Digital", sc["type"]
assert sc["setPoint"] == 0, str(sc["setPoint"])
assert sc["UDPRemNr"] == 1, str(sc["UDPRemNr"])
assert sc["UDPRem"] == "General", sc["UDPRem"]
assert sc["RemNode"] == 98, str(sc["RemNode"])
else:
self.verifyScheduleConfiguration(idx, cfg)
cur = sts.getDigOut(3)
# wait for it to run?
while (sts.getTime() < "01:02:00"):
time.sleep(1.0)
showWait()
sts = wb6Status.wb6Status(self._wbAddress)
# ensure it has a chance to run
time.sleep(1.0)
sts = wb6Status.wb6Status(self._wbAddress)
assert (cur <> sts.getDigOut(3)), str(
sts.getDigOut(3)) # did it toggle
def testScheduledEvent(self):
self.doSetTime(1, 1, 1)
# Create a scheduled event
wb6.ConfigScheduled(TestWbConfig._wbAddress, 1, "1", 1, 2,
wb6.TT_DIGITAL, 3, wb6.AT_TOGGLE, wb6.SP_0,
wb6.DW_0, wb6.UDPT_GENERAL, 98)
time.sleep(0.5)
sts = wb6Status.wb6Status(TestWbConfig._wbAddress)
self.assertEqual(sts.getError(), 0)
cfg = wb6Config.wb6Config(TestWbConfig._wbAddress)
for idx in range(0, TestWbConfig._schedCount):
if (idx == 1):
sc = cfg.getScheduledEvent(idx)
self.assertEqual(sc["days"], 2)
self.assertEqual(sc["hours"], 1)
self.assertEqual(sc["mins"], 2)
self.assertEqual(sc["actionNr"], 4)
self.assertEqual(sc["action"], "Toggle")
self.assertEqual(sc["pairChn"], 3)
self.assertEqual(sc["dwell"], 0)
self.assertEqual(sc["typeNr"], 0)
self.assertEqual(sc["type"], "Digital")
self.assertEqual(sc["setPoint"], 0)
self.assertEqual(sc["UDPRemNr"], 1)
self.assertEqual(sc["UDPRem"], "General")
self.assertEqual(sc["RemNode"], 98)
else:
self.verifyScheduleConfiguration(idx, cfg)
cur = sts.getDigOut(3)
# wait for it to run?
while (sts.getTime() < "01:02:00"):
time.sleep(1.0)
showWait()
sts = wb6Status.wb6Status(TestWbConfig._wbAddress)
# ensure it has a chance to run
time.sleep(1.0)
sts = wb6Status.wb6Status(TestWbConfig._wbAddress)
self.assertNotEqual(cur, sts.getDigOut(3))
def testScheduledEvent(self):
self.doSetTime( 1, 1, 1 )
# Create a scheduled event
wb6.ConfigScheduled( self._wbAddress, 1, "1", 1, 2, wb6.TT_DIGITAL, 3, wb6.AT_TOGGLE, wb6.SP_0, wb6.DW_0, wb6.UDPT_GENERAL, 98 )
time.sleep(0.5)
sts = wb6Status.wb6Status( self._wbAddress )
assert sts.getError() == 0
cfg = wb6Config.wb6Config( self._wbAddress )
for idx in range(0,self._schedCount):
if ( idx == 1 ):
sc = cfg.getScheduledEvent(idx)
assert sc["days"] == 2, str(sc["days"])
assert sc["hours"] == 1, str(sc["hours "])
assert sc["mins"] == 2, str(sc["mins"])
assert sc["actionNr"] == 4, str(sc["actionNr"])
assert sc["action"] == "Toggle", sc["action"]
assert sc["pairChn"] == 3, str(sc["pairChn"])
assert sc["dwell"] == 0, str(sc["dwell"])
assert sc["typeNr"] == 0, str(sc["typeNr"])
assert sc["type"] == "Digital", sc["type"]
assert sc["setPoint"] == 0, str(sc["setPoint"])
assert sc["UDPRemNr"] == 1, str(sc["UDPRemNr"])
assert sc["UDPRem"] == "General", sc["UDPRem"]
assert sc["RemNode"] == 98, str(sc["RemNode"])
else:
self.verifyScheduleConfiguration(idx, cfg)
cur = sts.getDigOut(3);
# wait for it to run?
while ( sts.getTime() < "01:02:00" ):
time.sleep(1.0)
showWait()
sts = wb6Status.wb6Status( self._wbAddress )
# ensure it has a chance to run
time.sleep(1.0)
sts = wb6Status.wb6Status( self._wbAddress )
assert (cur <> sts.getDigOut(3)),str(sts.getDigOut(3)) # did it toggle
def testaScene(self):
# configure a scene and verify it
self.factoryReset()
self.doLogin()
wb6.ConfigScene(self._wbAddress, 1, ["N","F","I","N","F","I","N","F"], [("S",1),"I",("S",2),"I"] )
time.sleep(1.0)
cfg = wb6Config.wb6Config( self._wbAddress )
for idx in range(0,self._sceneCount):
if idx == 1 :
sc = cfg.getScene(idx)
self.assertEqual( sc["Digital0"], "On")
self.assertEqual( sc["Digital1"], "Off")
self.assertEqual( sc["Digital2"], "Ignore")
self.assertEqual( sc["Digital3"], "On")
self.assertEqual( sc["Digital4"], "Off")
self.assertEqual( sc["Digital5"], "Ignore")
self.assertEqual( sc["Digital6"], "On")
self.assertEqual( sc["Digital7"], "Off")
self.assertEqual( sc["Analogue0"], "SetPoint1")
self.assertEqual( sc["Analogue1"], "Ignore")
self.assertEqual( sc["Analogue2"], "SetPoint2")
self.assertEqual( sc["Analogue3"], "Ignore")
else:
self.verifySceneConfiguration(idx, cfg)
def testScheduledEvent(self):
self.doSetTime( 1, 1, 1 )
# Create a scheduled event
wb6.ConfigScheduled( TestWbConfig._wbAddress, 1, "1", 1, 2, wb6.TT_DIGITAL, 3, wb6.AT_TOGGLE, wb6.SP_0, wb6.DW_0, wb6.UDPT_GENERAL, 98 )
time.sleep(0.5)
sts = wb6Status.wb6Status( TestWbConfig._wbAddress )
self.assertEqual( sts.getError(), 0 )
cfg = wb6Config.wb6Config( TestWbConfig._wbAddress )
for idx in range(0,TestWbConfig._schedCount):
if ( idx == 1 ):
sc = cfg.getScheduledEvent(idx)
self.assertEqual( sc["days"] , 2)
self.assertEqual( sc["hours"] , 1)
self.assertEqual( sc["mins"] , 2)
self.assertEqual( sc["actionNr"] , 4)
self.assertEqual( sc["action"] , "Toggle")
self.assertEqual( sc["pairChn"] , 3)
self.assertEqual( sc["dwell"] , 0)
self.assertEqual( sc["typeNr"] , 0)
self.assertEqual( sc["type"] , "Digital")
self.assertEqual( sc["setPoint"] , 0)
self.assertEqual( sc["UDPRemNr"] , 1)
self.assertEqual( sc["UDPRem"] , "General")
self.assertEqual( sc["RemNode"] , 98)
else:
self.verifyScheduleConfiguration(idx, cfg)
cur = sts.getDigOut(3);
# wait for it to run?
while ( sts.getTime() < "01:02:00" ):
time.sleep(1.0)
showWait()
sts = wb6Status.wb6Status( TestWbConfig._wbAddress )
# ensure it has a chance to run
time.sleep(1.0)
sts = wb6Status.wb6Status( TestWbConfig._wbAddress )
self.assertNotEqual(cur,sts.getDigOut(3))
def verifyDoNameConfiguration(self):
cfg = wb6Config.wb6Config( self._wbAddress )
for idx in range(0,self._doCount):
assert cfg.getDigOutName(idx) == "DigOut-"+str(idx+1), cfg.getDigOutName(idx)
def verifySetPointConfiguration(self):
cfg = wb6Config.wb6Config(TestWbConfig._wbAddress)
self.assertEqual(cfg.getSetPoint(0), 0)
self.assertEqual(cfg.getSetPoint(1), 14)
self.assertEqual(cfg.getSetPoint(2), 28)
self.assertEqual(cfg.getSetPoint(3), 42)
def verifyTemperatures(self):
cfg = wb6Config.wb6Config( self._wbAddress )
for idx in range(0,self._tempCount):
self.verifyTempConfiguration(idx, cfg)
def verifyAoNameConfiguration(self):
cfg = wb6Config.wb6Config(TestWbConfig._wbAddress)
for idx in range(0, TestWbConfig._aoCount):
self.assertEqual(cfg.getAnalogueOutName(idx), "AnOut-" + str(idx))
def verifyRotary(self):
cfg = wb6Config.wb6Config( self._wbAddress )
assert cfg.getRotary(0 ) == 8, str(cfg.getRotary(0))
assert cfg.getRotary(1 ) == 8, str(cfg.getRotary(1))
return
def verifyDigitalIn(self):
cfg = wb6Config.wb6Config( self._wbAddress )
for idx in range(0,self._diCount):
self.verifyDiConfiguration(idx, cfg)
def testConfigureDigitalIn(self):
doLogin(TestWbConfig._wbAddress)
# send CD command
# D1, Target A1, action On, sp 4, dw 2, udp 1, udpnode 100
for cmd in range(wb6.AT_NONE, wb6.AT_SPARE):
for sp in range(0, TestWbConfig._spCount):
if (cmd == wb6.AT_DWELL) or (cmd == wb6.AT_DWELLCAN):
showWorking()
for dwell in range(0, TestWbConfig._dwellCount):
idStr = "ConfigDigIn, 1, wb6.TT_ANALOGUE, 1, cmd:" + str(
cmd) + " sp:" + str(sp) + " dw:" + str(
dwell) + ",1,100"
wb6.ConfigDigIn(TestWbConfig._wbAddress, 1,
wb6.TT_ANALOGUE, 1, cmd, sp, dwell, 1,
100)
time.sleep(1.0)
# read all the configuration and verify entries.
cfg = wb6Config.wb6Config(TestWbConfig._wbAddress)
for idx in range(0, TestWbConfig._diCount):
if (idx != 1):
self.verifyDiConfiguration(idx, cfg)
else:
di = cfg.getDigInTrigger(idx)
self.assertEqual(di["name"], "Sw-" + str(idx))
self.assertEqual(di["action"],
wb6.ActionStrs[cmd])
self.assertEqual(di["actionNr"], cmd)
self.assertEqual(di["pairChn"], 1)
self.assertEqual(di["options"], 2)
self.assertEqual(di["dwell"], dwell)
self.assertEqual(di["typeNr"], 2)
self.assertEqual(di["type"], "Analogue")
self.assertEqual(di["setPoint"], sp)
self.assertEqual(di["UDPRem"], "General")
self.assertEqual(di["UDPRemNr"], 1)
self.assertEqual(di["RemNode"], 100)
else:
showWorking()
dwell = 0
idStr = "ConfigDigIn, 1, wb6.TT_ANALOGUE, 1, cmd:" + str(
cmd) + " sp:" + str(sp) + " dw:" + str(
dwell) + ",1,100"
wb6.ConfigDigIn(TestWbConfig._wbAddress, 1,
wb6.TT_ANALOGUE, 1, cmd, sp, dwell, 1, 100)
time.sleep(1.0)
# read all the configuration and verify entries.
cfg = wb6Config.wb6Config(TestWbConfig._wbAddress)
for idx in range(0, TestWbConfig._diCount):
if (idx != 1):
self.verifyDiConfiguration(idx, cfg)
else:
di = cfg.getDigInTrigger(idx)
self.assertEqual(di["name"], "Sw-" + str(idx))
self.assertEqual(di["actionNr"], cmd)
self.assertEqual(di["action"], wb6.ActionStrs[cmd])
self.assertEqual(di["pairChn"], 1)
self.assertEqual(di["options"], 2)
self.assertEqual(di["dwell"], dwell)
self.assertEqual(di["typeNr"], 2)
self.assertEqual(di["type"], "Analogue")
self.assertEqual(di["setPoint"], sp)
self.assertEqual(di["UDPRem"], "General")
self.assertEqual(di["UDPRemNr"], 1)
self.assertEqual(di["RemNode"], 100)
def verifyIp(self):
cfg = wb6Config.wb6Config( self._wbAddress )
return
def verifyScenes(self):
cfg = wb6Config.wb6Config(self._wbAddress)
for idx in range(0, self._sceneCount):
self.verifySceneConfiguration(idx, cfg)
def verifyDoNameConfiguration(self):
cfg = wb6Config.wb6Config(self._wbAddress)
for idx in range(0, self._doCount):
assert cfg.getDigOutName(
idx) == "DigOut-" + str(idx + 1), cfg.getDigOutName(idx)
def verifyRotary(self):
cfg = wb6Config.wb6Config(self._wbAddress)
assert cfg.getRotary(0) == 8, str(cfg.getRotary(0))
assert cfg.getRotary(1) == 8, str(cfg.getRotary(1))
return
def verifyName(self):
cfg = wb6Config.wb6Config(self._wbAddress)
assert cfg.getNodeName() == "UnNamed", cfg.getNodeName()
return
def verifyIp(self):
cfg = wb6Config.wb6Config(self._wbAddress)
return
def testConfigureDigitalIn(self):
self.doLogin()
# send CD command
# D1, Target A1, action On, sp 4, dw 2, udp 1, udpnode 100
for cmd in range(wb6.AT_NONE, wb6.AT_SPARE):
for sp in range(0, self._spCount):
if (cmd == wb6.AT_DWELL) or (cmd == wb6.AT_DWELLCAN):
showWorking()
for dwell in range(0, self._dwellCount):
idStr = "ConfigDigIn, 1, wb6.TT_ANALOGUE, 1, cmd:" + str(
cmd) + " sp:" + str(sp) + " dw:" + str(
dwell) + ",1,100"
wb6.ConfigDigIn(self._wbAddress, 1, wb6.TT_ANALOGUE, 1,
cmd, sp, dwell, 1, 100)
time.sleep(1.0)
# read all the configuration and verify entries.
cfg = wb6Config.wb6Config(self._wbAddress)
for idx in range(0, self._diCount):
if (idx != 1):
self.verifyDiConfiguration(idx, cfg)
else:
di = cfg.getDigInTrigger(idx)
assert di["name"] == "Sw-" + str(
idx + 1), idStr + " di[name]:" + str(
di["name"])
assert di["action"] == wb6.ActionStrs[
cmd], idStr + " di[action]:" + di["action"]
assert di[
"actionNr"] == cmd, idStr + " di[actionNr]:" + str(
di["actionNr"])
assert di[
"pairChn"] == 1, idStr + " di[pairChn]:" + str(
di["pairChn"])
assert di[
"options"] == 2, idStr + " di[options]:" + str(
di["options"])
assert di[
"dwell"] == dwell, idStr + " di[dwell]:" + str(
di["dwell"])
assert di[
"typeNr"] == 2, idStr + " di[typeNr]:" + str(
di["typeNr"])
assert di[
"type"] == "Analogue", idStr + " di[type]:" + str(
di["type"])
assert di[
"setPoint"] == sp, idStr + " di[setPoint]:" + str(
di["setPoint"])
assert di[
"UDPRem"] == "General", idStr + " di[UDPRem]:" + str(
di["UDPRem"])
assert di[
"UDPRemNr"] == 1, idStr + " di[UDPRemNr]:" + str(
di["UDPRemNr"])
assert di[
"RemNode"] == 100, idStr + " di[RemNode]:" + str(
di["RemNode"])
else:
showWorking()
dwell = 0
idStr = "ConfigDigIn, 1, wb6.TT_ANALOGUE, 1, cmd:" + str(
cmd) + " sp:" + str(sp) + " dw:" + str(
dwell) + ",1,100"
wb6.ConfigDigIn(self._wbAddress, 1, wb6.TT_ANALOGUE, 1,
cmd, sp, dwell, 1, 100)
time.sleep(1.0)
# read all the configuration and verify entries.
cfg = wb6Config.wb6Config(self._wbAddress)
for idx in range(0, self._diCount):
if (idx != 1):
self.verifyDiConfiguration(idx, cfg)
else:
di = cfg.getDigInTrigger(idx)
assert di["name"] == "Sw-" + str(
idx + 1), idStr + " di[name]:" + str(
di["name"])
assert di[
"actionNr"] == cmd, idStr + " di[actionNr]:" + str(
di["actionNr"])
assert di["action"] == wb6.ActionStrs[
cmd], idStr + " di[action]:" + di["action"]
assert di[
"pairChn"] == 1, idStr + " di[pairChn]:" + str(
di["pairChn"])
assert di[
"options"] == 2, idStr + " di[options]:" + str(
di["options"])
assert di[
"dwell"] == dwell, idStr + " di[dwell]:" + str(
di["dwell"])
assert di[
"typeNr"] == 2, idStr + " di[typeNr]:" + str(
di["typeNr"])
assert di[
"type"] == "Analogue", idStr + " di[type]:" + str(
di["type"])
assert di[
"setPoint"] == sp, idStr + " di[setPoint]:" + str(
di["setPoint"])
assert di[
"UDPRem"] == "General", idStr + " di[UDPRem]:" + str(
di["UDPRem"])
assert di[
"UDPRemNr"] == 1, idStr + " di[UDPRemNr]:" + str(
di["UDPRemNr"])
assert di[
"RemNode"] == 100, idStr + " di[RemNode]:" + str(
di["RemNode"])
def verifyAoNameConfiguration(self):
cfg = wb6Config.wb6Config(self._wbAddress)
for idx in range(0, self._aoCount):
assert cfg.getAnalogueOutName(
idx) == "AnOut-" + str(idx + 1), cfg.getAnalogueOutName(idx)
import sys
sys.path.append('../API')
import wb6Config
test_ip = "10.100.100.100";
wb6Cfg = wb6Config.wb6Config( test_ip );
print "Version = " + wb6Cfg.getVersion()
print "NodeName = " + wb6Cfg.getNodeName()
print "NodeNumber = " + str(wb6Cfg.getNodeNumber())
print "FadeRate = " + str(wb6Cfg.getFadeRate())
print "IpAddress = " + str(wb6Cfg.getIpAddress())
print "MAC Address = " + str(wb6Cfg.getMacAddress())
print "Rotary 0 = " + str(wb6Cfg.getRotary(0))
print "Dwell 0 = " + str(wb6Cfg.getDwell(0))
print "Dwell 0 = " + wb6Cfg.getDwellStr(0)
print "Dwell 1 = " + str(wb6Cfg.getDwell(1))
print "Dwell 1 = " + wb6Cfg.getDwellStr(1)
print "Dwell 2 = " + str(wb6Cfg.getDwell(2))
print "Dwell 2 = " + wb6Cfg.getDwellStr(2)
print "Dwell 3 = " + str(wb6Cfg.getDwell(3))
print "Dwell 3 = " + wb6Cfg.getDwellStr(3)
#print "Dwell 4 = " + str(wb6Cfg.getDwell(4))
#print "Dwell 4 = " + wb6Cfg.getDwellStr(4)
print "Set Point 0 = " + str(wb6Cfg.getSetPoint(0))
print "Dig Out Name 0 = " + str(wb6Cfg.getDigOutName(0))
print "Analogue Out Name 0 = " + str(wb6Cfg.getAnalogueOutName(0))
def verifyDwellConfiguration(self):
cfg = wb6Config.wb6Config(TestWbConfig._wbAddress)
self.assertEqual(cfg.getDwell(0), 30)
self.assertEqual(cfg.getDwell(1), 2)
self.assertEqual(cfg.getDwell(2), 60)
self.assertEqual(cfg.getDwell(3), 3600)
def verifyName(self):
cfg = wb6Config.wb6Config( self._wbAddress )
assert cfg.getNodeName() == "UnNamed", cfg.getNodeName()
return
def verifySetPointConfiguration(self):
cfg = wb6Config.wb6Config( TestWbConfig._wbAddress )
self.assertEqual( cfg.getSetPoint(0), 0)
self.assertEqual( cfg.getSetPoint(1), 14)
self.assertEqual( cfg.getSetPoint(2), 28)
self.assertEqual( cfg.getSetPoint(3),42)
def verifyNodeNumber(self):
cfg = wb6Config.wb6Config( self._wbAddress )
assert cfg.getNodeNumber() == 0, str(cfg.getNodeNumber())
return
def verifyDoNameConfiguration(self):
cfg = wb6Config.wb6Config( TestWbConfig._wbAddress )
for idx in range(0,TestWbConfig._doCount):
self.assertEqual( cfg.getDigOutName(idx),"DigOut-"+str(idx) )
def verifyFadeRate(self):
cfg = wb6Config.wb6Config( self._wbAddress )
assert cfg.getFadeRate() == 8, str(cfg.getFadeRate())
return
def verifyAoNameConfiguration(self):
cfg = wb6Config.wb6Config( TestWbConfig._wbAddress )
for idx in range(0,TestWbConfig._aoCount):
self.assertEqual( cfg.getAnalogueOutName(idx), "AnOut-"+str(idx))
def verifyAnalogueIn(self):
cfg = wb6Config.wb6Config( self._wbAddress )
for idx in range(0,self._aiCount):
self.verifyAiConfiguration(idx, cfg)
def verifyTemperatures(self):
cfg = wb6Config.wb6Config(self._wbAddress)
for idx in range(0, self._tempCount):
self.verifyTempConfiguration(idx, cfg)
def verifyScenes(self):
cfg = wb6Config.wb6Config( self._wbAddress )
for idx in range(0,self._sceneCount):
self.verifySceneConfiguration(idx, cfg)
def verifyDigitalIn(self):
cfg = wb6Config.wb6Config(self._wbAddress)
for idx in range(0, self._diCount):
self.verifyDiConfiguration(idx, cfg)
def verifyDoNameConfiguration(self):
cfg = wb6Config.wb6Config(TestWbConfig._wbAddress)
for idx in range(0, TestWbConfig._doCount):
self.assertEqual(cfg.getDigOutName(idx), "DigOut-" + str(idx))
def verifyAnalogueIn(self):
cfg = wb6Config.wb6Config(self._wbAddress)
for idx in range(0, self._aiCount):
self.verifyAiConfiguration(idx, cfg)
def verifyAoNameConfiguration(self):
cfg = wb6Config.wb6Config( self._wbAddress )
for idx in range(0,self._aoCount):
assert cfg.getAnalogueOutName(idx) == "AnOut-"+str(idx+1), cfg.getAnalogueOutName(idx)
import sys
sys.path.append('../API')
import wb6Config
test_ip = "10.100.100.100"
wb6Cfg = wb6Config.wb6Config(test_ip)
print "Version = " + wb6Cfg.getVersion()
print "NodeName = " + wb6Cfg.getNodeName()
print "NodeNumber = " + str(wb6Cfg.getNodeNumber())
print "FadeRate = " + str(wb6Cfg.getFadeRate())
print "IpAddress = " + str(wb6Cfg.getIpAddress())
print "MAC Address = " + str(wb6Cfg.getMacAddress())
print "Rotary 0 = " + str(wb6Cfg.getRotary(0))
print "Dwell 0 = " + str(wb6Cfg.getDwell(0))
print "Dwell 0 = " + wb6Cfg.getDwellStr(0)
print "Dwell 1 = " + str(wb6Cfg.getDwell(1))
print "Dwell 1 = " + wb6Cfg.getDwellStr(1)
print "Dwell 2 = " + str(wb6Cfg.getDwell(2))
print "Dwell 2 = " + wb6Cfg.getDwellStr(2)
print "Dwell 3 = " + str(wb6Cfg.getDwell(3))
print "Dwell 3 = " + wb6Cfg.getDwellStr(3)
#print "Dwell 4 = " + str(wb6Cfg.getDwell(4))
#print "Dwell 4 = " + wb6Cfg.getDwellStr(4)
print "Set Point 0 = " + str(wb6Cfg.getSetPoint(0))
print "Dig Out Name 0 = " + str(wb6Cfg.getDigOutName(0))
print "Analogue Out Name 0 = " + str(wb6Cfg.getAnalogueOutName(0))
def verifyFadeRate(self):
cfg = wb6Config.wb6Config(self._wbAddress)
assert cfg.getFadeRate() == 8, str(cfg.getFadeRate())
return
def verifyNodeNumber(self):
cfg = wb6Config.wb6Config(self._wbAddress)
assert cfg.getNodeNumber() == 0, str(cfg.getNodeNumber())
return
def verifySchedules(self):
cfg = wb6Config.wb6Config( TestWbConfig._wbAddress )
for idx in range(0,TestWbConfig._schedCount):
self.verifyScheduleConfiguration(idx, cfg)
def verifyDwellConfiguration(self):
cfg = wb6Config.wb6Config( TestWbConfig._wbAddress )
self.assertEqual( cfg.getDwell(0),30)
self.assertEqual( cfg.getDwell(1),2)
self.assertEqual( cfg.getDwell(2),60)
self.assertEqual( cfg.getDwell(3),3600)
def showMacAddress(self ):
cfg = wb6Config(underTestAddress)
print cfg.getMacAddress()
def verifySchedules(self):
cfg = wb6Config.wb6Config(TestWbConfig._wbAddress)
for idx in range(0, TestWbConfig._schedCount):
self.verifyScheduleConfiguration(idx, cfg)
