def get_info(
ts
): # Returns a dictionary of information about the GLIB, such as the FW version.
data = {
"version_fw_d": ['get fec1-user_firmware_dd', 0],
"version_fw_m": ['get fec1-user_firmware_mm', 0],
"version_fw_y": ['get fec1-user_firmware_yy', 0],
}
log = ""
raw_output = ngccm.send_commands(ts,
[data[info][0]
for info in data.keys()])["output"]
for info in data.keys():
match = search("{0} # ((0x)?[0-9a-f]+)".format(data[info][0]),
raw_output)
if match:
data[info][1] = int(match.group(1), 16)
else:
log += '>> ERROR: Failed to find FW versions.\n'
version_fw = "{0:02d}{1:02d}{2:02d}".format(data["version_fw_y"][1],
data["version_fw_m"][1],
data["version_fw_d"][1])
return {
"version_fw_d": data["version_fw_d"][1],
"version_fw_m": data["version_fw_m"][1],
"version_fw_y": data["version_fw_y"][1],
"version_fw": version_fw,
"log": log.strip(),
}
def get_temp(
ts, crate
): # It's more flexible to not have the input be a teststand object. I should make it accept both.
log = ""
command = "get HF{0}-adc56_f".format(crate)
raw_output = ngccm.send_commands(ts, command)["output"]
# print raw_output
temp = -1
try:
match = search("get HF{0}-adc56_f # ([\d\.]+)".format(crate),
raw_output)
# print match.group(0)
# print match.group(1)
temp = float(match.group(1))
except Exception as ex:
# print raw_output
log += 'Trying to find the temperature of Crate {0} with "{1}" resulted in: {2}\n'.format(
crate, command, ex)
match = search("\n(.*ERROR!!.*)\n", raw_output)
if match:
log += 'The data string was "{0}".'.format(match.group(0).strip())
return {
"temp": temp,
"log": log,
}
def read_counter_qie(ts): count = -1 cmd = "get fec1-qie_reset_cnt" raw_output = ngccm.send_commands(ts, cmd)["output"] match = search(cmd + " # ((0x)?[0-9a-f]+)", raw_output) if match: count = int(match.group(1),16) # else: # print "ERROR:" return count
def set_unique_id(ts, crate, slot): # Saves the unique ID of a crate slot to the associated QIE card to IGLOO registers.
unique_id = get_unique_id(ts, crate, slot)
if unique_id:
ngccm_output = ngccm.send_commands(ts, [
"put HF{0}-{1}-iTop_UniqueID {2} {3}".format(crate, slot, unique_id[0], unique_id[1]),
"put HF{0}-{1}-iBot_UniqueID {2} {3}".format(crate, slot, unique_id[0], unique_id[1])
])
return 1
else:
return 0
def get_status(ts): # Perform basic checks of the GLIB with the ngccm tool.
log = ""
status = {}
status["status"] = []
# Ping GLIB:
ping_result = Popen(["ping -c 1 {0}".format(ts.glib_ip)], shell = True, stdout = PIPE, stderr = PIPE).stdout.read()
if ping_result:
status["status"].append(1)
else:
status["status"].append(0)
# Check that the version was accessible:
glib_info = get_info(ts)
if (int(glib_info["version_fw"]) != 0):
status["status"].append(1)
else:
status["status"].append(0)
# Check the control (1) and clock (2):
ngccm_output = ngccm.send_commands(ts, ["get fec1-ctrl", "get fec1-user_wb_regs"])["output"]
log += ngccm_output
## (1) check control data:
match = search("{0} # ((0x)?[0-9a-f]+)".format("get fec1-ctrl"), ngccm_output)
if match:
value = int(match.group(1), 16)
if (value == int("0x10aa3071", 16)):
status["status"].append(1)
else:
log += "ERROR: The result of {0} was {1}, not {2}".format("get fec1-ctrl", value, int("0x10aa3071", 16))
status["status"].append(0)
else:
log += "ERROR: Could not find the result of \"{0}\" in the output.".format("get fec1-ctrl")
status["status"].append(0)
## (2) check the 40 MHz clock:
match = search("{0} # '(.*)'".format("get fec1-user_wb_regs"), ngccm_output)
if match:
values = match.group(1).split()
clock = float(int(values[-5], 16))/10000
status["clock"] = clock
if ( (clock > 40.0640) and (clock < 40.0895) ):
status["status"].append(1)
else:
log += "ERROR: The clock frequency of {0} MHz is not between {1} and {2}.".format(clock, 40.0640, 40.0895)
status["status"].append(0)
else:
log += "ERROR: Could not find the result of \"{0}\" in the output.".format("get fec1-user_wb_regs")
status["status"].append(0)
# Check QIE resets:
f_orbit = get_frequency_orbit(ts)
if (f_orbit["f"] < 13000 and f_orbit["f"] > 10000 and f_orbit["f_e"] < 500):
status["status"].append(1)
else:
status["status"].append(0)
status["orbit"] = [f_orbit["f"], f_orbit["f_e"]]
return status
def read_counter_qie(ts):
count = -1
cmd = "get fec1-qie_reset_cnt"
raw_output = ngccm.send_commands(ts, cmd)["output"]
match = search(cmd + " # ((0x)?[0-9a-f]+)", raw_output)
if match:
count = int(match.group(1), 16)
# else:
# print "ERROR:"
return count
def set_unique_id(
ts, crate, slot
): # Saves the unique ID of a crate slot to the associated QIE card to IGLOO registers.
unique_id = get_unique_id(ts, crate, slot)
if unique_id:
ngccm_output = ngccm.send_commands(ts, [
"put HF{0}-{1}-iTop_UniqueID {2} {3}".format(
crate, slot, unique_id[0], unique_id[1]),
"put HF{0}-{1}-iBot_UniqueID {2} {3}".format(
crate, slot, unique_id[0], unique_id[1])
])
return 1
else:
return 0
def get_temp(ts, crate): # It's more flexible to not have the input be a teststand object. I should make it accept both.
log =""
command = "get HF{0}-adc56_f".format(crate)
raw_output = ngccm.send_commands(ts, command)["output"]
# print raw_output
temp = -1
try:
match = search("get HF{0}-adc56_f # ([\d\.]+)".format(crate), raw_output)
# print match.group(0)
# print match.group(1)
temp = float(match.group(1))
except Exception as ex:
# print raw_output
log += 'Trying to find the temperature of Crate {0} with "{1}" resulted in: {2}\n'.format(crate, command, ex)
match = search("\n(.*ERROR!!.*)\n", raw_output)
if match:
log+='The data string was "{0}".'.format(match.group(0).strip())
return {
"temp": temp,
"log": log,
}
def get_info(ts): # Returns a dictionary of information about the GLIB, such as the FW version.
data = {
"version_fw_d": ['get fec1-user_firmware_dd', 0],
"version_fw_m": ['get fec1-user_firmware_mm', 0],
"version_fw_y": ['get fec1-user_firmware_yy', 0],
}
log = ""
raw_output = ngccm.send_commands(ts, [data[info][0] for info in data.keys()])["output"]
for info in data.keys():
match = search("{0} # ((0x)?[0-9a-f]+)".format(data[info][0]), raw_output)
if match:
data[info][1] = int(match.group(1), 16)
else:
log += '>> ERROR: Failed to find FW versions.\n'
version_fw = "{0:02d}{1:02d}{2:02d}".format(data["version_fw_y"][1], data["version_fw_m"][1], data["version_fw_d"][1])
return {
"version_fw_d": data["version_fw_d"][1],
"version_fw_m": data["version_fw_m"][1],
"version_fw_y": data["version_fw_y"][1],
"version_fw": version_fw,
"log": log.strip(),
}
def get_status(ts): # Perform basic checks of the GLIB with the ngccm tool.
log = ""
status = {}
status["status"] = []
# Ping GLIB:
ping_result = Popen(["ping -c 1 {0}".format(ts.glib_ip)],
shell=True,
stdout=PIPE,
stderr=PIPE).stdout.read()
if ping_result:
status["status"].append(1)
else:
status["status"].append(0)
# Check that the version was accessible:
glib_info = get_info(ts)
if (int(glib_info["version_fw"]) != 0):
status["status"].append(1)
else:
status["status"].append(0)
# Check the control (1) and clock (2):
ngccm_output = ngccm.send_commands(
ts, ["get fec1-ctrl", "get fec1-user_wb_regs"])["output"]
log += ngccm_output
## (1) check control data:
match = search("{0} # ((0x)?[0-9a-f]+)".format("get fec1-ctrl"),
ngccm_output)
if match:
value = int(match.group(1), 16)
if (value == int("0x10aa3071", 16)):
status["status"].append(1)
else:
log += "ERROR: The result of {0} was {1}, not {2}".format(
"get fec1-ctrl", value, int("0x10aa3071", 16))
status["status"].append(0)
else:
log += "ERROR: Could not find the result of \"{0}\" in the output.".format(
"get fec1-ctrl")
status["status"].append(0)
## (2) check the 40 MHz clock:
match = search("{0} # '(.*)'".format("get fec1-user_wb_regs"),
ngccm_output)
if match:
values = match.group(1).split()
clock = float(int(values[-5], 16)) / 10000
status["clock"] = clock
if ((clock > 40.0640) and (clock < 40.0895)):
status["status"].append(1)
else:
log += "ERROR: The clock frequency of {0} MHz is not between {1} and {2}.".format(
clock, 40.0640, 40.0895)
status["status"].append(0)
else:
log += "ERROR: Could not find the result of \"{0}\" in the output.".format(
"get fec1-user_wb_regs")
status["status"].append(0)
# Check QIE resets:
f_orbit = get_frequency_orbit(ts)
if (f_orbit["f"] < 13000 and f_orbit["f"] > 10000
and f_orbit["f_e"] < 500):
status["status"].append(1)
else:
status["status"].append(0)
status["orbit"] = [f_orbit["f"], f_orbit["f_e"]]
return status
