def binary_read(self, fh):
"""
Given an open file handle, interpret it in the context of a
subsystem_status_struct C structure and update the Python instance accordingly.
"""
## They are the same size so this really doesn't matter
sssStruct = parse_c_struct(SUBSYSTEM_STATUS_STRUCT,
endianness='little')
fh.readinto(sssStruct)
self.summary = sssStruct.summary
self.info = sssStruct.info
ts, tu = sssStruct.tv
self.time = ts + tu / 1.0e6
def binary_read(self, fh):
"""
Given an open file handle, interpret it in the context of a
station_settings_struct C structure and update the Python instance accordingly.
"""
# Figure out what to do
ssStruct = parse_c_struct(STATION_SETTINGS_STRUCT, endianness='little')
# Read
fh.readinto(ssStruct)
# Parse and save
## Common
self.report['ASP'] = ssStruct.mrp_asp
self.report['DP_'] = ssStruct.mrp_dp
self.report['DR1'] = ssStruct.mrp_dr1
self.report['DR2'] = ssStruct.mrp_dr2
self.report['DR3'] = ssStruct.mrp_dr3
self.report['DR4'] = ssStruct.mrp_dr4
self.report['DR5'] = ssStruct.mrp_dr5
self.report['SHL'] = ssStruct.mrp_shl
self.report['MCS'] = ssStruct.mrp_mcs
self.update['ASP'] = ssStruct.mup_asp
self.update['DP_'] = ssStruct.mup_dp
self.update['DR1'] = ssStruct.mup_dr1
self.update['DR2'] = ssStruct.mup_dr2
self.update['DR3'] = ssStruct.mup_dr3
self.update['DR4'] = ssStruct.mup_dr4
self.update['DR5'] = ssStruct.mup_dr5
self.update['SHL'] = ssStruct.mup_shl
self.update['MCS'] = ssStruct.mup_mcs
self.fee_power = flat_to_multi(ssStruct.fee, *ssStruct.dims['fee'])
self.asp_filter = list(ssStruct.asp_flt)
self.asp_atten_1 = list(ssStruct.asp_at1)
self.asp_atten_2 = list(ssStruct.asp_at2)
self.asp_atten_split = list(ssStruct.asp_ats)
self.tbn_gain = ssStruct.tbn_gain
self.drx_gain = ssStruct.drx_gain
def parse_sdm(filename):
"""
Given a filename, read the file's contents into the SDM instance and return
that instance.
"""
# Open the file
with open(filename, 'rb') as fh:
# Create a new SDM instance
dynamic = SDM()
# Sub-system status sections
dynamic.station.binary_read(fh)
dynamic.shl.binary_read(fh)
dynamic.asp.binary_read(fh)
dynamic.dp.binary_read(fh)
for n in range(ME_MAX_NDR):
dynamic.dr[n].binary_read(fh)
# Sub-sub-system status section
dynamic.status.binary_read(fh)
# Antenna status and data path status
adpsStruct = parse_c_struct("""
int ant_stat[ME_MAX_NSTD][2]; /* corresponds to sc.Stand[i].Ant[k].iSS, but dynamically updated */
int dpo_stat[ME_MAX_NDR]; /* corresponds to sc.DPO[i].iStat, but dynamically updated */
""",
endianness='little')
fh.readinto(adpsStruct)
dynamic.ant_status = flat_to_multi(adpsStruct.ant_stat,
*adpsStruct.dims['ant_stat'])
dynamic.dpo_status = flat_to_multi(adpsStruct.dpo_stat,
*adpsStruct.dims['dpo_stat'])
# Station settings section
dynamic.settings.binary_read(fh)
return dynamic
def binary_read(self, fh):
"""
Given an open file handle, interpret it in the context of a
subsubsystem_status_struct C structure and update the Python instance accordingly.
"""
# Figure out what to do
ssssStruct = parse_c_struct(SUBSUBSYSTEM_STATUS_STRUCT,
endianness='little')
# Read
fh.readinto(ssssStruct)
# Parse and save
self.fee = list(ssssStruct.eFEEStat)
self.rpd = list(ssssStruct.eRPDStat)
self.sep = list(ssssStruct.eSEPStat)
self.arb = flat_to_multi(ssssStruct.eARBStat,
*ssssStruct.dims['eARBStat'])
self.dp1 = flat_to_multi(ssssStruct.eDP1Stat,
*ssssStruct.dims['eDP1Stat'])
self.dp2 = list(ssssStruct.eDP2Stat)
self.dr = list(ssssStruct.eDRStat)