def _from_json(obj, version="2.0"):
channels, teams, totals = [], [], []
# <ch0> ... <ch15> .. not all will always be available
CTs = obj["CTs"]
for ch_id in range(16):
if ch_id not in EG_CTCFG.CT_MAP:
continue
ctname = EG_CTCFG.CT_MAP[ch_id]
if ctname in ["L1", "L2", "L3"]:
channels.append(Channel._make((ch_id, EG_CTCFG.get_ch_row("PT", version=version))))
else:
ct = CTs[ctname]
cal = None
if "cal" in ct:
cal = ct["cal"]
mul = None
if "mul" in ct:
mul = ct["mul"]
ch_row = EG_CTCFG.get_ch_row(ct["rating"], cal, mul, version=version)
channels.append(Channel._make((ch_id, ch_row)))
# process team --> registers
REGS = obj["Registers"]
regnames = sorted(REGS.keys(), key=lambda rg: int(rg[1:]))
for idx, regname in enumerate(regnames):
ridx = regname[1:]
reg = REGS[regname]
rg = Reg._make((int(ridx), reg["name"], reg["val"], reg["type"]))
teams.append(rg)
return channels, teams, totals
def _to_json(channels, team, totals, version="2.0"):
chmap = dict((ch.id, ch) for ch in channels)
teammap = dict((tm.id, tm) for tm in team)
obj = {}
obj['Registers'] = REGS = {}
obj['CTs'] = CTs = {}
# we are only interested in CT1.. CT12 here
# The PTs are considered
for ctnum in range(1, 13):
visualCTNAME = 'CT%d' % (ctnum)
if visualCTNAME in EG_CTCFG.CT_MAP_REV and EG_CTCFG.CT_MAP_REV[visualCTNAME] in chmap:
ct = chmap[EG_CTCFG.CT_MAP_REV[visualCTNAME]]
mul, _, _, calibration, _ = ct.val.split(',')
mul_str = "{:.3f}".format(float(mul))
cts = {}
ct_type = EG_CTCFG.get_ct_type_by_mul(mul_str, version=version)
if ct_type is None:
ct_type = 'custom'
cts['mul'] = mul_str
cts['rating'] = ct_type
if calibration:
cts['cal'] = calibration
CTs[visualCTNAME] = cts
for regnum in range(17):
if regnum in teammap:
reg = teammap[regnum]
REGS["R{}".format(regnum)] = {'name': reg.name,
'val': reg.val, 'type': reg.type}
return obj
def _to_json(channels, team, totals, version="2.0"):
chmap = dict((ch.id, ch) for ch in channels)
teammap = dict((tm.id, tm) for tm in team)
obj = {}
obj["Registers"] = REGS = {}
obj["CTs"] = CTs = {}
# we are only interested in CT1.. CT12 here
# The PTs are considered
for ctnum in range(1, 13):
visualCTNAME = "CT%d" % (ctnum)
if visualCTNAME in EG_CTCFG.CT_MAP_REV and EG_CTCFG.CT_MAP_REV[visualCTNAME] in chmap:
ct = chmap[EG_CTCFG.CT_MAP_REV[visualCTNAME]]
mul, _, _, calibration, _ = ct.val.split(",")
mul_str = "{:.3f}".format(float(mul))
cts = {}
ct_type = EG_CTCFG.get_ct_type_by_mul(mul_str, version=version)
if ct_type is None:
ct_type = "custom"
cts["mul"] = mul_str
cts["rating"] = ct_type
if calibration:
cts["cal"] = calibration
CTs[visualCTNAME] = cts
for regnum in range(128):
if regnum in teammap:
reg = teammap[regnum]
REGS["R{}".format(regnum)] = {"name": reg.name, "val": reg.val, "type": reg.type}
return obj
def _to_json(channels, team, totals, version="2.0"):
chmap = dict((ch.id, ch) for ch in channels)
teammap = dict((tm.id, tm) for tm in team)
obj = {}
obj['Registers'] = REGS = {}
obj['CTs'] = CTs = {}
# we are only interested in CT1.. CT12 here
# The PTs are considered
for ctnum in range(1, 13):
visualCTNAME = 'CT%d' % (ctnum)
if visualCTNAME in EG_CTCFG.CT_MAP_REV and EG_CTCFG.CT_MAP_REV[visualCTNAME] in chmap:
ct = chmap[EG_CTCFG.CT_MAP_REV[visualCTNAME]]
mul, _, _, calibration, _ = ct.val.split(',')
mul_str = "{:.3f}".format(float(mul))
cts = {}
ct_type = EG_CTCFG.get_ct_type_by_mul(mul_str, version=version)
if ct_type is None:
ct_type = 'custom'
cts['mul'] = mul_str
cts['rating'] = ct_type
if calibration:
cts['cal'] = calibration
CTs[visualCTNAME] = cts
for regnum in range(17):
if regnum in teammap:
reg = teammap[regnum]
REGS["R{}".format(regnum)] = {'name': reg.name,
'val': reg.val, 'type': reg.type}
return obj
def _from_json(obj):
channels, teams, totals = [], [], []
# <ch0> ... <ch15> .. not all will always be available
CTs = obj['CTs']
for ch_id in range(16):
if ch_id not in EG_CTCFG.CT_MAP:
continue
ctname = EG_CTCFG.CT_MAP[ch_id]
if ctname in ["L1", "L2", "L3"]:
channels.append(
Channel._make((ch_id, EG_CTCFG.get_ch_row('PT'))))
else:
ct = CTs[ctname]
cal = None
if 'cal' in ct:
cal = ct['cal']
mul = None
if 'mul' in ct:
mul = ct['mul']
ch_row = EG_CTCFG.get_ch_row(ct['rating'], cal, mul)
channels.append(Channel._make((ch_id, ch_row)))
# process team --> registers
REGS = obj['Registers']
regnames = sorted(REGS.keys(), key=lambda rg: int(rg[1:]))
for idx, regname in enumerate(regnames):
ridx = regname[1:]
reg = REGS[regname]
rg = Reg._make((int(ridx),
reg['name'],
reg['val'],
reg['type']))
teams.append(rg)
return channels, teams, totals
def _from_json(obj, version="2.0"):
channels, teams, totals = [], [], []
# <ch0> ... <ch15> .. not all will always be available
CTs = obj['CTs']
for ch_id in range(16):
if ch_id not in EG_CTCFG.CT_MAP:
continue
ctname = EG_CTCFG.CT_MAP[ch_id]
if ctname in ["L1", "L2", "L3"]:
channels.append(
Channel._make((ch_id, EG_CTCFG.get_ch_row('PT', version=version))))
else:
ct = CTs[ctname]
cal = None
if 'cal' in ct:
cal = ct['cal']
mul = None
if 'mul' in ct:
mul = ct['mul']
ch_row = EG_CTCFG.get_ch_row(ct['rating'], cal, mul, version=version)
channels.append(Channel._make((ch_id, ch_row)))
# process team --> registers
REGS = obj['Registers']
regnames = sorted(REGS.keys(), key=lambda rg: int(rg[1:]))
for idx, regname in enumerate(regnames):
ridx = regname[1:]
reg = REGS[regname]
rg = Reg._make((int(ridx),
reg['name'],
reg['val'],
reg['type']))
teams.append(rg)
return channels, teams, totals
