Python SlowControl.read_burst Examples

Example #1

File: determine_firmware_version.py Project: DavidCussans/eudaq

#! /usr/bin/env python

import sys
import SlowControl # slow control code

if (len(sys.argv) < 2):
    print "ERROR: please specific FEC ID"
    quit(1)

s = SlowControl.SlowControl(int(sys.argv[1]))
# GIT information of the firmware is located in the system register (port 6007)
# add the addresses 15 to 23
rply = SlowControl.read_burst(s, 6007, 15, 9)

# check whether the reply
if len(rply.data) != 9 or rply.success == False:
    print "ERROR: read request was not successful"
    print str(rply)
    quit(2)
else:
    print "FEC_VERSION=0x%x" % rply.data[0]
    print "GIT_HASH=0x%0.8x%0.8x%0.8x%0.8x%0.8x" % \
          ( rply.data[5], rply.data[4], rply.data[3], rply.data[2],
            rply.data[1] )
    print "GIT_HASH_ABBR=0x%0.7x" % (rply.data[5] >> 4)
    print "BUILD_DATE=%0.8x" % rply.data[6]
    print "BUILD_TIME=%0.4x" % rply.data[7]
    print "BUILD_MOD=%d" % rply.data[8]

    print ""
    print str(rply)

Example #2

#! /usr/bin/env python
##
## code testing of class SlowControl
##
import SlowControl  # slow control code

dHLVDS = SlowControl.SlowControl(0)

SlowControl.read_burst(dHLVDS, 6039, 0, 32, False)

quit()

Example #3

File: check_ADC.py Project: diamondIPP/eudaq-2

#! /usr/bin/env python
##
## code testing of class SlowControl
##
import SlowControl # slow control code
import time

sc = SlowControl.SlowControl(1)

rply = SlowControl.read_burst(sc, 6039, 7, 1)

dcm_status = 0x3ffff

while rply.success == False or rply.errors[0] != 0x0 or rply.data[0] != dcm_status:
    print "Rebooting FEC ADC as it doesn't seem to be ready!"
    if rply.success == True:
        print "DCM status: 0x%x" % rply.data[0]
    else:
        print "Readout not successful!"
    SlowControl.write_list(sc, 6007, [ 0xFFFFFFFF ], [ 0xFFFF8000 ])
    time.sleep(15)
    rply = SlowControl.read_burst(sc, 6039, 7, 1)

print "ADC DCM seems to be alright"


quit()

Example #4

#! /usr/bin/env python
##
## code testing of class SlowControl
##
import SlowControl  # slow control code

dHLVDS = SlowControl.SlowControl(0)
dADC = SlowControl.SlowControl(1)

SlowControl.read_burst(dHLVDS, 6039, 26, 4, False)
SlowControl.read_burst(dADC, 6039, 10, 4, False)

quit()

Example #5

File: read_explorer1_config.py Project: DavidCussans/eudaq

#! /usr/bin/env python
##
## code testing of class SlowControl
##
import SlowControl # slow control code

dHLVDS = SlowControl.SlowControl(0)
dADC = SlowControl.SlowControl(1)

SlowControl.read_burst(dHLVDS, 6039, 0, 32, False)
SlowControl.read_burst(dADC, 6039, 0, 16, False)

quit()

Example #6

File: determine_firmware_version.py Project: diamondIPP/eudaq-2

#! /usr/bin/env python

import sys
import SlowControl  # slow control code

if (len(sys.argv) < 2):
    print "ERROR: please specific FEC ID"
    quit(1)

s = SlowControl.SlowControl(int(sys.argv[1]))
# GIT information of the firmware is located in the system register (port 6007)
# add the addresses 15 to 23
rply = SlowControl.read_burst(s, 6007, 15, 9)

# check whether the reply
if len(rply.data) != 9 or rply.success == False:
    print "ERROR: read request was not successful"
    print str(rply)
    quit(2)
else:
    print "FEC_VERSION=0x%x" % rply.data[0]
    print "GIT_HASH=0x%0.8x%0.8x%0.8x%0.8x%0.8x" % \
          ( rply.data[5], rply.data[4], rply.data[3], rply.data[2],
            rply.data[1] )
    print "GIT_HASH_ABBR=0x%0.7x" % (rply.data[5] >> 4)
    print "BUILD_DATE=%0.8x" % rply.data[6]
    print "BUILD_TIME=%0.4x" % rply.data[7]
    print "BUILD_MOD=%d" % rply.data[8]

    print ""
    print str(rply)

Example #7

File: read_counters.py Project: schorlem/eudaq

#! /usr/bin/env python
##
## code testing of class SlowControl
##
import SlowControl  # slow control code

dHLVDS = SlowControl.SlowControl(0)
dADC = SlowControl.SlowControl(1)

SlowControl.read_burst(dHLVDS, 6039, 26, 4, False)
SlowControl.read_burst(dADC, 6039, 10, 4, False)


quit()

Example #8

File: check_ADC.py Project: schorlem/eudaq

#! /usr/bin/env python
##
## code testing of class SlowControl
##
import SlowControl  # slow control code
import time

sc = SlowControl.SlowControl(1)

rply = SlowControl.read_burst(sc, 6039, 7, 1)

dcm_status = 0x3FFFF

while rply.success == False or rply.errors[0] != 0x0 or rply.data[0] != dcm_status:
    print "Rebooting FEC ADC as it doesn't seem to be ready!"
    if rply.success == True:
        print "DCM status: 0x%x" % rply.data[0]
    else:
        print "Readout not successful!"
    SlowControl.write_list(sc, 6007, [0xFFFFFFFF], [0xFFFF8000])
    time.sleep(15)
    rply = SlowControl.read_burst(sc, 6039, 7, 1)

print "ADC DCM seems to be alright"


quit()