__author__ = 'infused'
import scpi
if __name__ == "__main__":
host = '192.168.178.56'
rp_s = scpi.SCPI(host, None)
# rp_s.blink_diode(5, 1)
# rp_s.bar_led_graphs(67)
# rp_s.continuous_sig_gen('sine', 1000, 1)
# rp_s.cont_sig_gen_pulse('sine', 10, 1, 1)
rp_s.acq_buff()
rp_s.close()
observation_sources = collect_targets(kat, args)
if opts.force_siggen and kat.dry_run:
user_logger.warning(
"The signal generator commands are being used during a dry-run")
# Quit early if there are no sources to observe
if len(observation_sources.filter(el_limit_deg=opts.horizon)) == 0:
user_logger.warning(
"No targets are currently visible - please re-run the script later"
)
else:
# Start capture session, which creates HDF5 file
with start_session(kat, **vars(opts)) as session:
user_logger.info("Setting up the signal Generator ip:port %s:%i." %
(siggen_ip, siggen_port))
if not kat.dry_run or opts.force_siggen: # prevent verifiing script from messing with things and failing to connect
sigconn = SCPI.SCPI(siggen_ip, siggen_port)
testcon = sigconn.testConnect()
else:
sigconn = Temp()
testcon = False
with sigconn as sig:
if testcon == False:
user_logger.error(
'Test connection to signal generator failed.')
else:
user_logger.info("Connected to Signal Generator:%s" %
(testcon))
sig.reset()
user_logger.info("Signal Generator reset")
sig.outputOn()
import time
import sys
import serial
import scpi
from pylibftdi import Device, USB_PID_LIST, USB_VID_LIST
port = sys.argv[1]
outfile = sys.argv[2]
oszi = scpi.SCPI(port)
oszi.set_param_and_check(":TRAC:SOUR", "CH1")
oszi.set_param_and_check(":TRAC:FORM", "CSV")
#oszi.set_param_and_check(":TRAC:POIN", "MAX");
print oszi.query(":TRAC:DATA?", 5)
with open(outfile, "w") as f:
f.write(oszi.read(1000000, 2))