def SetDO(NoDev, NoSubDev, Name):
#Get number of lines
meNumberChannels = meDriver.meQueryNumberChannels(NoDev, NoSubDev)
#Get CAPS (capability flags)
meCAPS = meDriver.meQuerySubdeviceCaps(NoDev, NoSubDev)
#Configure output type
if (meCAPS & meDriver.ME_CAPS_DIO_SINK_SOURCE) == meDriver.ME_CAPS_DIO_SINK_SOURCE:
#User has to shows hardware configuration
DIO_Output_Type = GetOutputType(NoDev, NoSubDev, Name)
else:
#Use default
DIO_Output_Type = meDriver.ME_SINGLE_CONFIG_DIO_OUTPUT
#Configure sub-device for output
meDriver.meIOSingleConfig(NoDev, NoSubDev, 0, DIO_Output_Type, meDriver.ME_REF_NONE, meDriver.ME_TRIG_CHAN_NONE, meDriver.ME_TRIG_TYPE_NONE, meDriver.ME_TRIG_EDGE_NONE, meDriver.ME_IO_SINGLE_NO_FLAGS)
for meNoChannels in range(meNumberChannels):
#Write to sub-device
SingleDict = {
'Device': NoDev,
'Subdevice': NoSubDev,
'Channel': 0,
'Dir': meDriver.ME_DIR_OUTPUT,
'Value': 0x01 << meNoChannels,
'TimeOut': meDriver.ME_VALUE_NOT_USED,
'Flags': meDriver.ME_IO_SINGLE_TYPE_NO_FLAGS,
'Errno': 0
}
SingleList = [SingleDict]
meDriver.meIOSingle(SingleList, meDriver.ME_IO_SINGLE_NO_FLAGS)
#Read back
GetDO(NoDev, NoSubDev, Name)
time.sleep(1)
def main():
try:
#Initialization of driver
meDriver.meOpen(meDriver.ME_OPEN_NO_FLAGS)
#Get library version
LibVer = meDriver.meQueryVersionLibrary()
LibVer_Special = LibVer / 0x1000000
LibVer_API = LibVer / 0x10000
LibVer_Relase = LibVer / 0x100
LibVer_Compilation = LibVer
print "Library version is %02x.%02x.%02x.%02x" % (LibVer_Special%0xFF, LibVer_API&0xFF, LibVer_Relase&0xFF, LibVer_Compilation&0xFF)
#Get main driver version
DrvVer = meDriver.meQueryVersionMainDriver()
DrvVer_Special = DrvVer / 0x1000000
DrvVer_API = DrvVer / 0x10000
DrvVer_Relase = DrvVer / 0x100
DrvVer_Compilation = DrvVer
print "Main driver version is %02x.%02x.%02x.%02x" % (DrvVer_Special&0xFF, DrvVer_API&0xFF, DrvVer_Relase&0xFF, DrvVer_Compilation&0xFF)
#Get number of registered devices
meNumberDevices = meDriver.meQueryNumberDevices()
print "%i devices in system" % (meNumberDevices)
print
for meNoDevices in range(meNumberDevices):
meNumberSubdevices = meDriver.meQueryNumberSubdevices(meNoDevices)
try:
meNoSubdevices = 0
while meNoSubdevices<meNumberSubdevices:
#Get all analog input sub-devices
meNoSubdevices = meDriver.meQuerySubdeviceByType(meNoDevices, meNoSubdevices, meDriver.ME_TYPE_AI, meDriver.ME_SUBTYPE_ANY)
try:
meNumberChannels = meDriver.meQueryNumberChannels(meNoDevices, meNoSubdevices)
except meDriver.error:
meNumberChannels = 0
for meNoChannels in range(meNumberChannels):
#Do test for each channel
GetAI(meNoDevices, meNoSubdevices, meNoChannels)
meDriver.meIOResetSubdevice(meNoDevices, meNoSubdevices, meDriver.ME_VALUE_NOT_USED)
meNoSubdevices = meNoSubdevices + 1
except meDriver.error:
pass
except meDriver.error, Val:
print sys.exc_info()
print Val
def main():
try:
#Initialization of ME-iDS
meDriver.meOpen(meDriver.ME_OPEN_NO_FLAGS)
#Get library version
LibVer = meDriver.meQueryVersionLibrary()
LibVer_Special = LibVer / 0x1000000
LibVer_API = LibVer / 0x10000
LibVer_Relase = LibVer / 0x100
LibVer_Compilation = LibVer
print "Library version is %02x.%02x.%02x.%02x" % (LibVer_Special%0xFF, LibVer_API&0xFF, LibVer_Relase&0xFF, LibVer_Compilation&0xFF)
#Get number of registered devices
meNumberDevices = meDriver.meQueryNumberDevices()
if meNumberDevices > 0:
#Get main driver version
DrvVer = meDriver.meQueryVersionMainDriver()
DrvVer_Special = DrvVer / 0x1000000
DrvVer_API = DrvVer / 0x10000
DrvVer_Relase = DrvVer / 0x100
DrvVer_Compilation = DrvVer
print "Main driver version is %02x.%02x.%02x.%02x" % (DrvVer_Special&0xFF, DrvVer_API&0xFF, DrvVer_Relase&0xFF, DrvVer_Compilation&0xFF)
print "%i devices detected by driver system" % (meNumberDevices)
for meNoDevices in range(meNumberDevices):
#For each device get:
# - device name
# - device description
# - driver name
# - driver version
# - number sub-devices
print
print "Device %i:" % (meNoDevices)
print "========="
print "Device name is %s" % (meDriver.meQueryNameDevice(meNoDevices))
print "Driver name is %s" % (meDriver.meQueryNameDeviceDriver(meNoDevices))
print "Device description: %s" % (meDriver.meQueryDescriptionDevice(meNoDevices))
DrvVer = meDriver.meQueryVersionDeviceDriver(meNoDevices)
DrvVer_Special = DrvVer / 0x1000000
DrvVer_API = DrvVer / 0x10000
DrvVer_Relase = DrvVer / 0x100
DrvVer_Compilation = DrvVer
print "Device driver version is %02x.%02x.%02x.%02x" % (DrvVer_Special&0xFF, DrvVer_API&0xFF, DrvVer_Relase&0xFF, DrvVer_Compilation&0xFF)
meNumberSubdevices = meDriver.meQueryNumberSubdevices(meNoDevices)
for meNoSubdevices in range(meNumberSubdevices):
#For each sub-device get:
# - type
# - sub-type
(meType, meSubType) = meDriver.meQuerySubdeviceType(meNoDevices, meNoSubdevices)
print "\tSubdevice %d is of type %s (0x%X) and subtype %s (0x%X)" % (meNoSubdevices, typeDevice[meType], meType , typeSubdevice[meSubType], meSubType);
print "\t\tSubdevice %d has %d channels" % (meNoSubdevices, meDriver.meQueryNumberChannels(meNoDevices, meNoSubdevices));
if (meType == meDriver.ME_TYPE_AI) or (meType == meDriver.ME_TYPE_AO):
#For AI and AO sub-device get number ranges
meNumberRanges = meDriver.meQueryNumberRanges(meNoDevices, meNoSubdevices, meDriver.ME_UNIT_ANY);
print "\t\tSubdevice %d has %d ranges:" % (meNoSubdevices, meNumberRanges);
for meNoRanges in range(meNumberRanges):
(meUnit, meMin, meMax, meMax_data) = meDriver.meQueryRangeInfo(meNoDevices, meNoSubdevices, meNoRanges)
print "\t\t\tRange %d: Unit = 0x%X, Min = %lf, Max = %lf, Max Data = %d" %(meNoRanges, meUnit, meMin, meMax, meMax_data);
except meDriver.error, Val:
print sys.exc_info()
print Val