for i in threadlist:
try:
i.stop_thread()
except:
i.log_exception("Couldn't stop!")
running=1
while(running):
time.sleep(1.0)
running=0
for i in threadlist:
running = running or i.running
if lock_fail_test: extra_adc.unlock_completely()
mux=vxi_11_connection_mux.connection_mux()
data=tagged_data.tagged_data_system()
try:
from vxi_crate_module import * #this module is safe for this
from device_addresses import crate_host as vxi_host_address
data.define_field("cameras",dio, (35,8),1)
data.define_field("valves", dio, (8,8),1)
data.define_field("system_status", dio, (16,8),0)
data.define_field("dio96", dio, (0,96),1)
data.define_field("analog_sample", scan_adc, [0,1,2,3])
data.define_field("glue",glue_board, (0,8),1)
data.define_field("dq_voltage", dac1, 0,1)
data.define_field("hv_setpoint", dac2, 1, 1)
mux.add_host(vxi_host_address, max_connections=15)
def get_data(self):
vxi.scanning_voltmeter.get_data(self)
data.volts = [v.loop_count, v.scan]
def monitor(self):
self.lock() #stay locked!
vxi.scanning_voltmeter.monitor(self)
#self.unlock() #not needed... monitor does unlock_completely
s = DSTPServer()
UseNumericArray(0)
v = voltmeter(3)
try:
data = tagged_data.tagged_data_system()
data.define_field("volts",
s, ("DVMVolts", [1, array.array('f', [0])]),
writable=1)
data.define_field("quit", s, ("quit", 0), writable=0)
sth = threading.Thread(target=s.serve, name='server')
sth.start()
v.run_thread()
loops = 0
while (not data.quit) and sth.isAlive():
time.sleep(0.25)
loops = loops + 1
if loops > 100: break
finally:
print v.loop_count
s.close()
import traceback
import Numeric
import math
import nati_dstp_basics
import tagged_data
import dstp_async
nati_dstp_basics.UseNumericArray(1) #use Numeric.array instead of array.array as standard format
print "go!"
s=dstp_async.DSTPServer()
data=tagged_data.tagged_data_system() #create a data cache with neatly nameable elements
#define data types in the cache, and what device is responsible for them, and what format they have:
#data.define_field(<visible_name>, <device>, <internal name on device>, <sample object for this field>, <writable>
#note that for DSTP devices, the <internal name on device> much match the DSTP URL given in labVIEW (not case sensitive)
data.define_field("XY", s, ("xyvals", [array.array('d',[]), array.array('d',[])]), writable=0)
data.define_field("fitparms", s, ("parms", [0,array.array('d'),0.0,array.array('d')]), writable=1)
data.define_field("quit_server", s, ("quit_server", 0), writable=0)
#create a routine to listen for shutdown commands
def quit_server(string):
if data.quit_server:
s.close()
#tell the server to pass shutdown commands to this routine
s.listen("quit_server", quit_server)
