def main(group, outfilename, n_orbits=1000000):
    t = time_string()[:-4]

    tsname = "HEfnal"
    if group == 2:
        tsname = "HEfnal2"
    ts = hc.teststand(tsname)

    out = "{0}/histo_{1}".format("data/long_histos", t)
    if outfilename:
        out = "{0}/{1}".format("data/long_histos", outfilename.replace(".root",""))

    histo_output = uhtr.get_histos(ts,
                                   n_orbits,
                                   sepCapID=0,
                                   file_out_base=out,
                                   script = False)                                           
# MAIN:

start_dir = os.getcwd()
os.chdir('..')

if __name__ == "__main__":
	name = '904'
#	name = ""
#	if len(sys.argv) == 1:
#		name = "904"
#	elif len(sys.argv) == 2:
#		name = sys.argv[1]
#	else:
#		name = "904"
	ts = teststand(name)		# Initialize a teststand object. This object stores the teststand configuration and has a number of useful methods.
	#print "\nYou've just run a script that's a skeleton for making your own script."
	# Print out some information about the teststand:
	#print ">> The teststand you're using is named {0}.".format(ts.name)
	#print ">> The crate and QIE card organization for the teststand is below:\n{0}".format(ts.fe)
# /MAIN

parser = optparse.OptionParser()
parser.add_option('-v','--verbose', help = 'Display full test output', dest = 'verbose', default = False, action = 'store_true')
parser.add_option('-l','--log', help = 'Log test results', dest = 'log', default = False, action = 'store_true')
(options, args) = parser.parse_args()

os.system("clear")

log = options.log
verbose = options.verbose
Beispiel #3
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        return False


# /FUNCTIONS

# MAIN:
if __name__ == "__main__":
    name = ""
    if len(sys.argv) == 1:
        name = "904"
    elif len(sys.argv) == 2:
        name = sys.argv[1]
    else:
        name = "904"
    ts = teststand(
        name
    )  # Initialize a teststand object. This object stores the teststand configuration and has a number of useful methods.

    result = [0] * 24
    registers = []
    for name in register_names:
        registers.append(register(ts, name, 48))  # HERE on "48"

    for i in range(5):
        #print "test",i
        for r in registers:
            #print r.name
            value = getRandomValue()
            values = [value[0:8], '0x' + value[8:16]]
            r.addTestToCache(values[0] + " " + values[1])
        #if not testRandomValue( r ) :
	randomInt = random.randint(0,1)	
	for i in range( registerSize - 1 ) :
		if random.randint(0,1) : 
			randomInt = ( randomInt | 1 ) << 1
		else :
			randomInt = randomInt << 1
			
	return str(hex(randomInt))
		
# MAIN:
if __name__ == "__main__":
	parser=OptionParser()
	parser.add_option('-t','--teststand',dest='name',default='904',help="The name of the teststand you want to use (default is \"904\").")
	parser.add_option('-q','--qieid',dest='qieid',default='0x8D000000 0xAA24DA70',help="The ID of the QIE card we read.")
	(options, args) = parser.parse_args()
	ts = teststand(options.name)
	crateslot=ts.crate_slot_from_qie(qie_id=options.qieid)
	crate=crateslot[0]
	slot=crateslot[1]
	result = [0]*24
	registers = [ 
		     register( ts , "HF{0}-{1}-iBot_CntrReg_CImode".format(crate,slot) , 1 ) , 
		     register( ts , "HF{0}-{1}-iBot_CntrReg".format(crate,slot), 1 ) , 
		     register( ts , "HF{0}-{1}-iBot_LinkTestMode_BC0Enable".format(crate,slot), 1 ) , 
		     register( ts , "HF{0}-{1}-iBot_LinkTestMode_Enable".format(crate,slot) , 1 ) , 
		     register( ts , "HF{0}-{1}-iBot_LinkTestMode".format(crate,slot) , 1 ) , 
		     register( ts , "HF{0}-{1}-iBot_LinkTestPattern".format(crate,slot) , 32 ) , 
		     register( ts , "HF{0}-{1}-iBot_scratch".format(crate,slot) , 32 ) , 
		     register( ts , "HF{0}-{1}-iTop_CntrReg_CImode".format(crate,slot) , 1 ) , 
		     register( ts , "HF{0}-{1}-iTop_CntrReg".format(crate,slot) , 1 ) , 
		     register( ts , "HF{0}-{1}-iTop_LinkTestMode_BC0Enable".format(crate,slot) , 1 ) , 
Beispiel #5
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		metavar="STR"
	)

	(options, args) = parser.parse_args()
	name = options.ts
	period = float(options.spar)
	if not options.out:
		path = "data/ts_{0}".format(name)
	elif "/" in options.out:
		path = options.out
	else:
		path = "data/" + options.out
	period_long = float(options.full)
	
	# Set up teststand:
	ts = teststand(name)
	
	# Print information:
	print ">> The output directory is {0}.".format(path)
	print ">> The logging period is {0} minutes.".format(period)
	print ">> (A full log will be taken every {0} minutes.)".format(period_long)
	
	# Logging loop:
	z = True
	t0 = 0
	t0_long = time()
	while z == True:
		dt = time() - t0
		dt_long = time() - t0_long
		if (period_long!=0) and (dt_long > period_long*60):
			t0_long = time()
Beispiel #6
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reset = False
setup = False
link = False
if options.all:
    reset = True
    setup = True
    link = True

if options.reset:
    reset = True
if options.setup:
    setup = True
if options.link:
    link = True

ts = hc.teststand(tstype)

if reset:
    # Do a reset
    if tstype == "HEcharm":
        os.system("source /home/daq/pastika/reset.sh")
    else:
        log_teststand.HEreset(ts)

if link and tstype != "HEoven":
    # initialize the links
    uhtr.initLinks(ts, OrbitDelay=33, Auto_Realign=1, OnTheFlyAlignment=0, CDRreset=0, GTXreset=0, verbose=True)
    print uhtr.linkStatus(ts)

if setup:
    log_teststand.HEsetup(ts)
Beispiel #7
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import sys

# CLASSES:
# /CLASSES

# FUNCTIONS:
# /FUNCTIONS

# MAIN:
if __name__ == "__main__":
	name = ""
	if len(sys.argv) == 1:
		name = "904"
	elif len(sys.argv) == 2:
		name = sys.argv[1]
	else:
		name = "904"
	
	print "\nYou've just run a script that's a skeleton for making your own script.\n"
	
	# Initialize a teststand object:
	ts = teststand(name)		# This object stores the teststand configuration and has a number of useful methods.
#	ts.update()		# Set version info in each component.
	
	# Print out some information about the teststand:
	ts.Print()
#	print ">> The teststand you're using is named {0}.".format(ts.name)
#	print ">> The BE crate and uHTR organization for the teststand is below:\n{0}".format(ts.be)
#	print ">> The FE crate and QIE card organization for the teststand is below:\n{0}".format(ts.fe)
# /MAIN
from hcal_teststand import *
from hcal_teststand.hcal_teststand import teststand
import sys
from optparse import OptionParser
adcorder=[8,0,11,3,10,2,9,1]
tdcorder=[14,6,13,5,12,4]
if __name__=="__main__":
	parser=OptionParser()
	parser.add_option('-t','--teststand',dest='name',default='904',help="The name of the teststand you want to use (default is \"904\").")
	parser.add_option('-q','--qieid',dest='qieid',default='0x8D000000 0xAA24DA70',help="The ID of the QIE card we read.")
	(options, args) = parser.parse_args()
	ts = teststand(options.name)
	crateslot=ts.crate_slot_from_qie(qie_id=options.qieid)
	crate=crateslot[0]
	slot=crateslot[1]
	fldec=open('igloodec.txt','w')
	sepcut='---------------------------------------------------------------------------------------------------------------\n'
	ostr=sepcut+'channel(T/B)\t'
	for i in range(12):
		ostr+='{0}/{1}\t'.format(i+1,i+13)
	ostr+='\n'
	fldec.write(ostr)
        command1=['put HF{0}-{1}-iTop_CntrReg 0x2'.format(crate,slot),'put HF{0}-{1}-iTop_CntrReg 0x0'.format(crate,slot)]
        command2=['put HF{0}-{1}-iBot_CntrReg 0x2'.format(crate,slot),'put HF{0}-{1}-iBot_CntrReg 0x0'.format(crate,slot)]
        command3=['get HF{0}-{1}-iTop_StatusReg'.format(crate,slot),'get HF{0}-{1}-iTop_inputSpy'.format(crate,slot)]*512
        command4=['get HF{0}-{1}-iBot_StatusReg'.format(crate,slot),'get HF{0}-{1}-iBot_inputSpy'.format(crate,slot)]*512
        command1.extend(command2)
        command1.extend(command3)
        command1.extend(command4)
        outp=ngccm.send_commands_parsed(ts,command1)['output']
        for opt in outp:
Beispiel #9
0
                  help="LED amplitude (0.5)")
parser.add_option("-s",
                  "--shunt",
                  dest="shunt",
                  type="int",
                  default=0x00,
                  help="Shunt Setting (0x00)")

(options, args) = parser.parse_args()

if not options.tstype:
    print "Please specify which teststand to use!"
    sys.exit()
tstype = options.tstype

ts = hc.teststand(tstype)

amplitude = options.ledAmp
shunt = options.shunt

# commands to run
cmds1 = [
    "put HE1-pulser-ledA-enable 1",
    "put HE1-pulser-ledA-amplitude_f %f" % amplitude,
    "put HE1-pulser-ledA-delay_f 0.0", "put HE1-pulser-ledA-bxdelay 9",
    "put HE1-pulser-ledA-width_f 10.", "put HE1-pulser-ledB-enable 1",
    "put HE1-pulser-ledB-amplitude_f %f" % amplitude,
    "put HE1-pulser-ledB-delay_f 0.0", "put HE1-pulser-ledB-bxdelay 9",
    "put HE1-pulser-ledB-width_f 10.0", "wait",
    "put HE1-1-QIE[1-48]_Gsel 48*%i" % shunt
]
Beispiel #10
0
# CLASSES:
# /CLASSES

# FUNCTIONS:
# /FUNCTIONS

# MAIN:
if __name__ == "__main__":
    name = ""
    if len(sys.argv) == 1:
        name = "904"
    elif len(sys.argv) == 2:
        name = sys.argv[1]
    else:
        name = "904"

    print "\nYou've just run a script that's a skeleton for making your own script.\n"

    # Initialize a teststand object:
    ts = teststand(
        name
    )  # This object stores the teststand configuration and has a number of useful methods.
    #	ts.update()		# Set version info in each component.

    # Print out some information about the teststand:
    ts.Print()
#	print ">> The teststand you're using is named {0}.".format(ts.name)
#	print ">> The BE crate and uHTR organization for the teststand is below:\n{0}".format(ts.be)
#	print ">> The FE crate and QIE card organization for the teststand is below:\n{0}".format(ts.fe)
# /MAIN